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what does the guru granth sahib mean
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<P> The Sikh scripture is called the Guru Granth Sahib, which is considered the revealed Word of God spoken through Sikh Gurus and other blessed Saints. The Holy Words contained in the Scripture is called Gurbani which literally means ' from the Guru's mouth '. The scripture, then known as the Adi Granth, became a ‘Guru’ itself and was known as the Guru Granth Sahib. Sikhs often add the term ‘Dev Ji’ to the name of the Gurus, eg, Guru Nanak Dev Ji. This is a mark of respect. Page: 1 1. <P> Home. The word 'Sikh' in the Punjabi language means 'disciple', Sikhs are the disciples of God who follow the writings and teachings of the Ten Sikh Gurus. The wisdom of these teachings in Sri Guru Granth Sahib are practical and universal in their appeal to all mankind. Sikhs only have custodians of the Guru Granth Sahib (granthi), and any Sikh is free to read the Guru Granth Sahib in the Gurdwara (a Sikh temple) or in their home. All people of all religions are welcome to the Gurdwara. <P> The word Gurbani consists of two roots-Guru and Bani. The word Guru means spiritual teacher and here refers to the ten Gurus of Sikhism, the other Bhagats and writers whose writings can be found in the holy Guru Granth. The word Bani s refers to their utterances and writings. <P> The role of Guru Granth Sahib as a source or guide of prayer is pivotal in Sikh worship. The Adi Granth, the first rendition, was first compiled by the fifth Sikh guru, Guru Arjan (1563–1606), from hymns of the first five Sikh gurus and 15 other great saints, or bhagats, including thirteen Hindu and two Muslim saints. Guru Gobind Singh, the tenth Sikh guru, added all 115 of Guru Tegh Bahadur 's hymns to the Adi Granth, and this second rendition became known as Guru Granth Sahib. After the tenth Sikh guru died, Baba Deep Singh and Bhai Mani Singh prepared many copies of the work for distribution. <P> The Adi Granth (meaning the first scripture) was gi … ven the title Guru Granth Sahib by the tenth Sikh guru Guru Gobind Singh when he declared the book to be his successor and to be the permanent guru of the Sikhs. Guru means teacher. Granth means book. Guru Granth Sahib Ji is the Holy Book of Sikh religion. It is written by Sikh Gurus. It is the collection of Hymns or Shabads which describe the qualities of God. The role of Adi Granth, as a source or guide of prayer, is pivotal in worship in Sikhisim <P> Guru Gobind Singh (1666–1708), the tenth guru, after adding Guru Tegh Bahadur 's bani to the Adi Granth, affirmed the sacred text as his successor. The text is the holy scripture of the Sikhs, regarded as the teachings of the Ten Gurus. Guru Gobind Singh, the tenth Sikh guru, added all 115 of Guru Tegh Bahadur 's hymns to the Adi Granth, and this second rendition became known as Guru Granth Sahib. After the tenth Sikh guru died, Baba Deep Singh and Bhai Mani Singh prepared many copies of the work for distribution. <P> The Guru Granth Sahib is written in the Gurmukhī script, in various dialects – including Lehndi Punjabi, Braj Bhasha, Khariboli, Sanskrit and Persian – often coalesced under the generic title of Sant Bhasha. Guru Gobind Singh, the tenth Sikh guru, added all 115 of Guru Tegh Bahadur 's hymns to the Adi Granth, and this second rendition became known as Guru Granth Sahib. After the tenth Sikh guru died, Baba Deep Singh and Bhai Mani Singh prepared many copies of the work for distribution. <P> The Guru Granth: The Guru Granth is the eternal Guru of the Sikhs and may never be replaced by a human being. The scripture is formally referred to as Siri Guru Granth Sahib, meaning respected scripture of the supreme enlightener. The text is called Gurbani, or the Guru’s word. <P> Guru Granth Sahib. The Guru Granth Sahib, is the living Guru of Sikhism. It is a voluminous text of 1430 Angs, compiled and composed during the period of Sikh gurus, from 1469 to 1708. It is a collection of hymns or Baani describing the qualities of God and why one should meditate on God's name. The role of Guru Granth Sahib, as a source or guide of prayer, is pivotal in Sikh worship. The Adi Granth, the first rendition, was first compiled by the fifth Sikh guru, Guru Arjan, from hymns of the first five Sikh gurus and 15 other great saints, or bhagats, including those of the Hindu and Muslim faith.
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The Guru Granth Sahib, is the living Guru of Sikhism.It is a voluminous text of 1430 Angs, compiled and composed during the period of Sikh gurus.
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age requirement for relisting military
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<P> 18 years of age for compulsory military service; 16 years of age for volunteers; 17 years of age for Law Enforcement Forces; 15 years of age for Basij Forces (Popular Mobilization Army); conscript military service obligation is 18 months; women exempt from military service (2012). 18 years of age for voluntary military service; the armed forces law of 31 December 2004 did not specify a minimum age for enlistment, but the government claimed that no one younger than 18 was being recruited; mandatory retirement age 45 (enlisted), 50 (NCOs), and 55 (officers) (2012). <P> You must meet all the GMC (General Military Course) membership requirements and: 1 Be a United States citizen. 2 Be of legal age as required by the state in which you will be attending ROTC or 17 years old with parent or guardian consent. 3 Be in good academic standing. <P> It truly depends on whether or not you are a non-prior or prior service member, looking at enlisting into the active duty or reserve components, etc. In the United States military system, you may enlist into any branch at the age of 17 years old with parental consent, or 18 years old without parental consent. Age waivers, although rare, are possible. In the United States Air Force, the maximum age allowed to enlist and ship to basic training is 27 years old. In the Air Force Reserves, the maximum age is 34 years old. In the Air National Guard, the maximum age is 39 <P> 1 You must be a U.S. citizen or resident alien. 2 You must be at least 17 years old (17-year old applicants require parental consent). 3 You must (with very few exceptions) have a high school diploma. 4 You must pass a physical medical exam. Before you visit your local recruiter, be sure you meet the minimum qualifications for serving in the U.S. Armed Forces. Some qualifications are required by all five services: 1 <P> To enlist in the Army Reserve you must be: 1 Between the ages of 17–35 (must ship to basic training prior to 35th birthday). 2 A U.S. citizen or registered alien – U.S. Citizens or Permanent Resident Aliens (people who have an INS I-151/I-551 “Green Card”) may join the U.S. Military. 3 Healthy and in good physical condition. 1 Between the ages of 17–35 (must ship to basic training prior to 35th birthday). 2 A U.S. citizen or registered alien – U.S. Citizens or Permanent Resident Aliens (people who have an INS I-151/I-551 “Green Card”) may join the U.S. Military. <P> 18-35 years of age for cumpulsory military service; service obligation 18 months or 12 months for university graduates; 17 years of age for voluntary service; 17 year olds are considered to be on active service at cadet military schools (2012). 18 years of age for voluntary military service; the armed forces law of 31 December 2004 did not specify a minimum age for enlistment, but the government claimed that no one younger than 18 was being recruited; mandatory retirement age 45 (enlisted), 50 (NCOs), and 55 (officers) (2012). <P> 17 years of age for voluntary military service; soldiers cannot be deployed until the age of 18; no conscription; 3 years of secondary education required; must be a citizen of NZ, the UK, Australia, Canada, or the US, and resident of NZ for the previous 5 years (2013). 18 years of age for voluntary military service; the armed forces law of 31 December 2004 did not specify a minimum age for enlistment, but the government claimed that no one younger than 18 was being recruited; mandatory retirement age 45 (enlisted), 50 (NCOs), and 55 (officers) (2012). <P> Question from Cheryl: SGT Volkin, I am joining the military at 34 years old. I used to run a lot but after having a couple kids and taking a few years off of exercising, I am not sure I can keep up with the 18-23 age group anymore. What can I do? She claims she is doing one-arm push-ups now for the first time ever! She also reported she just ran her fastest 2-mile run in her life after only 8-weeks of training. Question from Paul : I am 40 years old and want to serve my country; with the new military age limit, I now have my chance. <P> Last month, U.S. Rep. Paul Broun Jr. (R-GA), tried to push through legislation that would allow people of any age to join the military as long as they could meet the minimum health and fitness requirements. The House voted 256-164 against the military age restrictions measure. Broun introduced the bill after speaking with an unnamed ultra-marathon runner who was denied enlistment in the Army for being a few months over the maximum age.
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At the age of 45.
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where is popocatepetl
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<P> Volcan Volcán, popocatepetl whose name is The aztec word for smoking, mountain towers to 5426 m 70 KM se Of Mexico city to Form North'america s-2nd highest. Volcano the-glacier clad stratovolcano contains a-steep, walled-250 450 m deep. crater Articles. Volcan Volcán, popocatepetl whose name is The aztec word for smoking, mountain towers to 5426 m 70 KM se Of Mexico city to Form North'america s-2nd highest. volcano <P> Popocatepetl popocatépetl is 70 (km 43) mi southeast Of Mexico, city from where it can be seen, regularly depending on atmospheric. conditions Magma erupting from Popocatepetl popocatépetl has historically been predominantly, andesitic but it has also erupted large volumes of. Dacite magma produced in the current cycle of activity tends to be a mixture of the. two <P> Mexico. 19.023 N, 98.622 W. summit elevation 5426 m. stratovolcano. Popocatepetl is a large, partly glacier-covered, composite andesitic volcano. It is located 60 km southeast of Mexico City. Popocatepetl popocatépetl is on the volcanic front of the Central mexican magmatic (Arc-Trans Mexican Volcanic). Belt popocatepetl popocatépetl is the third highest active volcano In The. northern hemisphere <P> Popōcatepētl [popoːkaˈtepeːt͡ɬ]) is an active volcano, located in the states of Puebla, Mexico, and Morelos, in Central Mexico, and lies in the eastern half of the Trans-Mexican volcanic belt. At 5,426 m (17,802 ft) it is the second highest peak in Mexico, after the Pico de Orizaba at 5,636 m (18,491 ft). Magma erupting from Popocatepetl popocatépetl has historically been predominantly, andesitic but it has also erupted large volumes of. Dacite magma produced in the current cycle of activity tends to be a mixture of the. two <P> Popocatepetl is the second-highest volcano in Mexico, located on the Pacific Ring of Fire and the Trans-Mexican Volcano belt. It was dormant since the 1950s before becoming active in 1994 — erupting occasionally with sometimes damaging results. Popocatepetl volcano erupts again near Mexico City (VIDEO). Mexico's huge Popocatepetl volcano erupted with an explosion of gas and ash that could be seen from miles, and could possibly create an ash cloud bound for Mexico City some 40 miles to the southeast. <P> Popocatepetl, the second highest volcano in Mexico, is a giant stratovolcano, 70 km (~45 miles) southeast of downtown Mexico City, and 45 km (~30 miles) southwest of the city of Puebla. Articles. Volcan Volcán, popocatepetl whose name is The aztec word for smoking, mountain towers to 5426 m 70 KM se Of Mexico city to Form North'america s-2nd highest. volcano <P> One of the world's most active volcanoes, Mexico's Popocatepetl volcano, has come to life, spewing ash, gas, and steam (as seen from the village of Santiago Xalitzintla on July 4). Just 50 miles (80 kilometers) east of Mexico City, the volcano has spit out a cloud of ash and vapor 2 miles (3.2 kilometers) high. <P> Confidence votes 25.5K. Mexico The volcano is located in the Puebla state, southeast-central Mexico, west of the city of Puebla. Popocatepetl is the second highest volcano in Mexico, and is located 70 km (45 miles) southeast of Mexico City, and 45 km (30 miles) southwest of the city of Puebla. Volcanoes are located throughout most of the world. The most active volcanoes are found on the so-called ring of fire in Pacific Ocean. Indonesia has several volcanoes inclu … ding Krakatoa. Hawaii's Kilauea produces the most lava of all active volcanoes in <P> Popocatepetl popocatépetl is 70 (km 43) mi southeast Of Mexico, city from where it can be seen, regularly depending on atmospheric. Conditions until, recently the volcano was one of three tall peaks In mexico to contain, glaciers the others Being iztaccihuatl And pico De. orizaba Magma erupting from Popocatepetl popocatépetl has historically been predominantly, andesitic but it has also erupted large volumes of. Dacite magma produced in the current cycle of activity tends to be a mixture of the. two
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Southeast Of Mexico
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what is risc processor
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<P> RISC processors are also used in supercomputers such as the K computer, the fastest on the TOP500 list in 2011, second at the 2012 list, and fourth at the 2013 list, and Sequoia, the fastest in 2012 and third in the 2013 list. Contents. Various suggestions have been made regarding a precise definition of RISC, but the general concept is that of a system that uses a small, highly optimized set of instructions, rather than a more versatile set of instructions often found in other types of architectures. <P> The architectural designs of CPU are RISC (Reduced instruction set computing) and CISC (Complex instruction set computing). CISC has the ability to execute addressing modes or multi-step operations within one instruction set. It is the design of the CPU where one instruction performs many low-level operations. 1 Reduced instructions need a less number of transistors in RISC. 2 RISC uses Harvard memory model means it is Harvard Architecture. 3 A compiler is used to perform the conversion operation means to convert a high-level language statement into the code of its form. <P> PA-RISC is an instruction set architecture (ISA) developed by Hewlett-Packard. As the name implies, it is a reduced instruction set computer (RISC) architecture, where the PA stands for Precision Architecture. The design is also referred to as HP/PA for Hewlett Packard Precision Architecture. The HP 9000 machines were soon upgraded with the PA-RISC processor as well, running the HP-UX version of UNIX. Other operating systems ported to the PA-RISC architecture include Linux, OpenBSD, NetBSD and NEXTSTEP. An interesting aspect of the PA-RISC line is that most of its generations have no Level 2 cache. <P> The term CISC (complex instruction set computer or computing) refers to computers designed with a full set of computer instructions that were intended to provide needed capabilities in the most efficient way. <P> RISC Architecture. RISC (Reduced Instruction Set Computer) is used in portable devices due to its power efficiency. For Example, Apple iPod and Nintendo DS. RISC is a type of microprocessor architecture that uses highly-optimized set of instructions. 1 Reduced instructions need a less number of transistors in RISC. 2 RISC uses Harvard memory model means it is Harvard Architecture. 3 A compiler is used to perform the conversion operation means to convert a high-level language statement into the code of its form. <P> RISC (reduced instruction set computer) is a microprocessor that is designed to perform a smaller number of types of computer instruction s so that it can operate at a higher speed (perform more millions of instructions per second, or MIPS). <P> What is the difference between CISC and RISC processor architectures? CISC, or Complex Instruction Set Computing, provides a rich instruction set that has instructions for many different types of operations, e.g. logic, math, floating point math … , and so forth. RISC, or Reduces Instruction Set Computing, has a much sparser set of instructions that allow you to do very much less with each instruction. Because the individual instructions are simpler, a RISC chip can execute many more instructions than a CISC chip in a certain amount of time. <P> Most modern CISC processors, such as the Pentium, uses a fast RISC core with an interpreter sitting between the core and the instruction. So when you are running Windows95 on a PC, it is not that much different to trying to get W95 running on the software PC emulator. RISC vs ARM. The argument that RISC processors provide more registers than CISC processors isn't right. Just take a look at the (good old) 68000, it has about the same number of registers as the ARM has. And that 80x86 compatible processors don't provide more registers is just a matter of compatibility (I guess). <P> RISC and CISC are computing systems developed for computers. Difference between RISC and CISC is critical to understanding how a computer follows your instructions. These are commonly misunderstood terms and this article intends to clarify their meanings and concepts behind the two acronyms. RISC. Pronounced same as RISK, it is an acronym for Reduced Instruction Set Computer. <P> CISC (Complex Instruction Set Computer) : It was developed by Intel. CISC is a type of design for the computers. CISC based computer will have shorter programs which are made up of symbolic machine language. A Complex Instruction Set Computer (CISC) supplies a large number of complex instructions at the assembly language level. During the early years, memory was slow and expensive and the programming was done in assembly language.
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It is computing systems developed for computers.
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average seasonal temperature of winter in delaware
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<P> Mean annual temperatures across the State range from 54.0 ° F in northern New Castle County to 58.1 ° F along the Atlantic coast of southern Delaware. Average annual precipitation is approximately 45” statewide. Delaware Climate Information. The State of Delaware lies along the Atlantic coast of the United States, occupying the northern two-thirds of the Delmarva Peninsula. It is the second smallest of the United States with a land area of 1,982 mi². <P> September has an average of one to two days per year with a maximum temperature of 90 F or higher. The average number of days per year with a minimum temperature of 32 F or lower varies from 90 to 100 days for coastal locations to 100 to 110 days at inland points. Temperatures of 0 F or lower occur in the winter months. 1 Record Coldest year in Delaware - 1904 / Avg temperature 51.35 degrees. 2 Delaware average Summer temperature (June, July, August) - 74.2 F degrees, 16th warmest U.S. summer state. 3 Delaware average Winter temperature (December, January, February) - 36.1 F degrees, 34th coldest U.S. winter state. <P> Delaware Precipitation. Here are the yearly averages for rainfall plus snowfall in Delaware. Each place has a total for how many days of wet weather it usually gets in a year and for the normal amount of precipitation, based on the weather during 1981 to 2010. Annual Sunshine in Delaware. In the table below, the average number of Sunny Days in Delaware is the total days in a year when the sky is mostly clear. This includes the days when cloud covers up to 30% of the sky during daylight hours. <P> In summer, the average temperature is 72.7 degrees Fahrenheit. Maryland summers vary from mild to hot, with greater levels of humidity in eastern and southern areas. Winter Weather. In winter, the temperature averages 34.1 degrees. The most snowfall ever recorded in a single winter in Maryland was during the winter of 2009-10, when 262.5 inches of snow fell at Keysers Ridge in Garrett County. Snowman Goin' to the Beach, Glen Burnie, Maryland, January 2011. Photo by Diane F. Evartt. Summ <P> Below normal temperatures and heavy snowfall characterized Delaware’s Climate during the 2013-2014 winter season. Figure 1. Delaware statewide mean Winter temperature (°F) 1896-2014. Figure 2. Delaware statewide Winter precipitation (inches) 1896-2014. Winter Temperatures. Preliminary data indicates that Delaware’s winter temperature was below the 1981-2010 normal for the third time in the last five years. The Statewide mean winter temperature of 34.9°F was 1.4°F below the 30-year normal of 36.3°F <P> The temperatures are based on data collected by weather stations throughout each state during the years 1971 to 2000 and made available by the NOAA National Climatic Data Center of the United States. The average temperatures during winter for every state in the US are listed below in degrees Fahrenheit and Celsius. The states are also ranked from the hottest state in winter at number 1 to the coldest state at number 50. The map here shows how winter temperatures compare across the American states. Below the map are the data it's based on. Plus there's a ranking of states in winter from hottest to coldest. The temperatures are state-wide averages calculated from temperatures recorded during the months of December, January and February. <P> Average winter temperatures range from a high of 67.4 degrees Fahrenheit (19.7 degrees Celsius) in Hawaii to a low of 2.6 °F (-16.3 °C) in Alaska. For the entire United States, excluding Hawaii and Alaska, the season averages just above freezing at 33.2 °F (0.7 °C). The map here shows how winter temperatures compare across the American states. Below the map are the data it's based on. Plus there's a ranking of states in winter from hottest to coldest. The temperatures are state-wide averages calculated from temperatures recorded during the months of December, January and February. <P> The average length of the growing season based on minimum temperatures higher than 32 F, ranges from about 175 to 195 days. The lowest temperature of record for Delaware is -17 F, at Millsboro on January 17, 1893, came in a month which is quite likely the coldest ever known in Delaware and surrounding areas. 1 Record Coldest year in Delaware - 1904 / Avg temperature 51.35 degrees. 2 Delaware average Summer temperature (June, July, August) - 74.2 F degrees, 16th warmest U.S. summer state. 3 Delaware average Winter temperature (December, January, February) - 36.1 F degrees, 34th coldest U.S. winter state. <P> Snow. Average seasonal snowfall: 20.6 inches. Ranges from 10 inches on the lower Eastern Shore to 110 inches in Garrett County. The most snowfall ever recorded in a single winter in Maryland was during the winter of 2009-10, when 262.5 inches of snow fell at Keysers Ridge in Garrett County. Snowman Goin' to the Beach, Glen Burnie, Maryland, January 2011. Photo by Diane F. Evartt. Summer Weather.
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-36.1 F
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what is the average salary of a gp in australia
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<P> GP salaries/earnings. Well, the first thing to say about GP salaries in Australia is that Australian GPs generally live well and have a comfortable lifestyle. But more importantly, they are not paid a salary! Instead, they are paid a percentage of what they earn. <P> General practitioner salary in USA. An average starting hourly wage for a general practitioner in the United States ranges from between $40.76 – $62.23 per hour which gradually increases to more than $86.95 – $90 per hour overtime. On an average, a yearly salary received by many general practitioners’ ranges from between $47,000 – $172,174. <P> GPs earn a higher average income than most non-medical professionals including lawyers, architects, engineers and accountants. The annual income you can expect to earn as a GP ranges between AUD $200,000 -$300,000, depending your contract details. These figures can increase depending on: 1 Location of the practice. 2 Type of work undertaken. 3 Extra or after hours you work. <P> General practitioner salary. The general practitioner in the United States receives an average yearly salary ranging from between $168,550 to $173,175 per year. General practitioner salary is also known as GP salary. <P> Take a look at some of the stats that came up in several surveys on GP salaries in Australia. 1 The average income for a full time general practitioner in Australia is about $2000,000 or more a year. <P> Your average GP salary is a matter of negotiation and usually ranges between 55-65% of individual billings. The rate of percentage you will be offered will mainly depend on you VR status. Most GPs are being paid as independent contractors, yet you can also opt for an arrangement as an employee with a fixed salary.
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$2000,000 or more a year.
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what is cori disease
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<P> Background. A glycogen storage disease (GSD) results from the absence of enzymes that ultimately convert glycogen compounds to glucose. Enzyme deficiency results in glycogen accumulation in tissues. In many cases, the defect has systemic consequences, but, in some cases, the defect is limited to specific tissues. Conversion generally is a one-way reaction from glycogen to glucose-1,6-phosphate. The enzyme is found in all tissues. Disease results from a pan-deficiency of the enzyme (GSD IIIa) or muscle-specific retention of glycogen debranching enzyme (GSD IIIb). The condition is autosomal recessive. <P> Forbes' disease. glycogen storage disease (type III), a condition in which deficiency of the debrancher enzyme dextrin-1,6-glucosidase affects the heart and liver, with hepatomegaly, hypoglycemia, acidosis, stunted growth, and a doll-like face. Called also Cori's disease and limit dextrinosis. (kor′kôr). ēz <P> Cori disease: Related Diseases. Cori disease: Cori disease is listed as a type of (or associated with) the following medical conditions in our database: 1 Muscle conditions. 2 Musculoskeletal conditions. 3 Genetic conditions. 4 Metabolic conditions. 5 Congenital conditions-metabolic disorders. 6 Congenital conditions. <P> Description of Cori's disease. Cori's disease: A rare disease where a missing enzyme causes abnormal amounts of glycogen to be deposited in the liver, skeletal muscles and heart. Cori's disease: Related Topics. These medical condition or symptom topics may be relevant to medical information for Cori's disease: 1 Cori. 2 Cori disease. 3 Enzyme. 4 Abnormal. 5 Abnormal pain (6 causes). 6 Glycogen. 7 Liver. 8 Liver symptoms (1644 causes). <P> Glycogen storage disease type III (also known as GSDIII or Cori disease) is an inherited disorder caused by the buildup of a complex sugar called glycogen in the body's cells. <P> Glycogen storage disease type III (GSD III)—also known as Cori disease or Forbes disease—is an inherited condition in which the deficiency of an enzyme called glycogen debranching enzyme results in various complications, notably involving the liver and muscles. A minority of people with the disease also have a mildly enlarged heart, though its function is usually normal. Low blood sugar and feelings of tiredness may occur with GSD III, although they are less common and less severe than with another form of GSD, type I. <P> Introduction to Cori Disease. Glycogen storage disease type III (GSDIII) is also known as Cori disease, Forbes disease and limit dextrinosis. GSDIII is inherited as an autosomal recessive disorder. <P> Etymology: Carl F. Cori; Gerty T. Cori. a rare type of glycogen storage disease, in which the lack of an enzyme results in abnormally large deposits of glycogen in the liver, skeletal muscles, and heart. Signs are an enlarged liver, hypoglycemia, acidosis, and, occasionally, stunted growth. glycogen storage disease (type III), a condition in which deficiency of the debrancher enzyme dextrin-1,6-glucosidase affects the heart and liver, with hepatomegaly, hypoglycemia, acidosis, stunted growth, and a doll-like face. Called also Cori's disease and limit dextrinosis. (kor′kôr). ēz
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Glycogen storage disease type III (also known as GSDIII or Cori disease) is an inherited disorder caused by the buildup of a complex sugar called glycogen in the body's cells.
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what duration should you change your refrigerator water filter
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<P> Best Answer: Your refrigerator water filter is almost certainly using a carbon filter and possibly another form of filtration. Although different manufacturers will have different guidelines for how long the filter will last, it's very common for an in-line filtration media to last 6 months. I purchased a new refrigerator a little over a year ago that has an ice maker and water dispenser on the front door. There is a filter indicator on the inside that counts down when it's time to change the water filter. <P> by Jamin Arvig on. If your refrigerator dispenses water, chances are it uses a water filter. And if it’s been a long time since you’ve replaced it, the inside of it may be clogged with some of the gunk you see in the picture to your left. And the crusty ice cubes below are likely an all too familiar image. Changing your refrigerator water filter is the kind of routine maintenance that can be easily put off, but just like the batteries in your smoke alarm or the oil in your car, it’s important to keep a regular schedule. <P> The filter Indicator will be Red when you have used your water filter for 6 months. If you change the filter, press the Ice Type / Filter Change button for 3 seconds to reset the filter schedule. When you do not want to use the water filter, press the Ice Type button for more than 5 seconds, the Filter Indicator and the Filter Change display will be switched off. To give you time to get a new filter the red light comes on just before the capacity of the current filter runs out. Follow these steps to change the water filter. 1. Shut off the water supply. Then turn the water filter (1) about 1/4 turn anti-clockwise. 2. Pull the water filter (1) from the case filter (2). <P> THE RIGHT TIME TO CHANGE. 1 Your filter performance will depend on how much you use it and on the water source quality, but a good rule of thumb is that it should be changed sometime between 3 and 6 months, at the most, or as specified by the manufacturer. STEP-BY-STEP INSTRUCTIONS FOR LSC27925. When the filter icon turns on, you have to change the water filter. Press the Filter button for 3 seconds to turn the icon off. Please order a replacement LT500P filter from our website before removing your current filter. Then, just follow these steps and you'll do it in no time. <P> The type of contaminants reduced by a properly functioning filter will appear more and more as your filter ages. And when it gets to the point that you start to notice – whether that’s three months, six months – or even nine months – it’s time to make a change. And the crusty ice cubes below are likely an all too familiar image. Changing your refrigerator water filter is the kind of routine maintenance that can be easily put off, but just like the batteries in your smoke alarm or the oil in your car, it’s important to keep a regular schedule. <P> In most cases, changing your refrigerator water filter is quite simple. Each manufacturer's refrigerator water filter system is different, and you should consult the owner's manual to locate the filter and follow the directions for removing and replacing it. If you have further questions, or need customer assistance in finding your replacement refrigerator water filter, give our water experts a call at 1.877.335.3339 or click the Chat Now button. <P> You can avoid drinking unwanted chemicals, particles and bacteria by changing your refrigerator water filter on a regular basis. Manufacturers recommend that you change your filter every 6 months. The life of your water filter depends on the amount of water you use and the quantity of contaminants in your water. <P> 1 Always change your filter when the indicator reaches 0. 2 If ice and water do not taste good, you may want to change your filter earlier. 3 Keep an eye on the water flow. 4 Lower water flow may indicate that your filter is becoming clogged with particles and it's time to change. STEP-BY-STEP INSTRUCTIONS FOR LSC27925. When the filter icon turns on, you have to change the water filter. Press the Filter button for 3 seconds to turn the icon off. Please order a replacement LT500P filter from our website before removing your current filter. Then, just follow these steps and you'll do it in no time. <P> Replacement refrigerator water filters vary but on average, changing the filter two times a year will cost roughly $70-$80, even less if multiple filters are bought or the compatible version is chosen. By using two water filters per year, a refrigerator can filter about 3,000 bottles of water. If you have further questions, or need customer assistance in finding your replacement refrigerator water filter, give our water experts a call at 1.877.335.3339 or click the Chat Now button.
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Between 3 and 6 months.
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what is environmental movement pdf
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<P> The environmental movement (sometimes referred to as the ecology movement), also including conservation and green politics, is a diverse scientific, social, and political movement for addressing environmental issues. The environmental movement is broad in scope and can include any topic related to the environment, conservation, and biology, as well as preservation of landscapes, flora, and fauna for a variety of purposes and uses. See List of environmental issues. <P> Environmentalism is the most popular social movement in the United States today. Five million American households contribute to national environmental organizations, which together receive over $350 million in contributions from all sources. On the local level some 6,000 environmental groups are active. <P> Some of the better known animal rights organizations in addition to the ASPCA include the Free Willy Keiko Foundation, and People for the Ethical Treatment of Animals (PETA). Anti-Globalization/Greens The second discursive frame related to the U.S. environmental movement is the Anti-Globalization/Greens frame. This frame, which arose in the 1990s, focuses on the rise of a global economy, and the impacts of this process for both the quality of life, and its impacts on the environment. <P> In the United States today, the organized environmental movement is represented by a wide range of organizations sometimes called non-governmental organizations or NGOs. Antitoxics groups are a subgroup that is affiliated with the Environmental Movement in the United States, that is primarily concerned with the effects that cities and their by products have on humans. This aspect of the movement is a self-proclaimed movement of housewive <P> The environmental movement is an international movement, represented by a range of organizations, from the large to grassroots and varies from country to country. Due to its large membership, varying and strong beliefs, and occasionally speculative nature, the environmental movement is not always united in its goals. The environmental movement is broad in scope and can include any topic related to the environment, conservation, and biology, as well as preservation of landscapes, flora, and fauna for a variety of purposes and uses. See List of environmental issues. <P> Still others might point to May 28, 1892 as the day when the U.S. environmental movement began. That is the date of the first meeting of the Sierra Club, which was founded by noted preservationist John Muir and is generally acknowledged as the first environmental group in the United States. It's hard to say for sure. Nobody held an organizing meeting and drew up a charter, so there is no absolute definitive answer to the question of when the environmental movement really began <P> Environmental Movements. The modern environmental movement has grown and changed in a number of ways since its (re)emergence in the 1960s and 1970s. Key to those changes have been ever more sophisticated understandings of the ways in which environmental issues and social issues are inextricably intertwined
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Environmentalism is the most popular social movement in the United States today. Five million American households contribute to national environmental organizations, which together receive over $350 million in contributions from all sources.
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tahl meaning of name
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<P> Dahl, which means valley in the North Germanic languages (tal in German, dale in northern British English), is common in Germany, Norway, Denmark, Sweden and the Faroe Islands. The origin of the German forms Dahl and Dahle may have been in medieval Westphalia. In Germany about 11 places are called Dahl. There are several variations as it was common to add a suffix to Dahl in order to denote the name bearer's original locale or occupation. You also find several variations of-dahl used with prefixes (Heyerdahl, Heimendahl...). The oldest record of the name appears in Austria. <P> You can find out where the majority of the Stahl families were living before they immigrated to the U.S and learn where to focus your search for foreign records. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival, and destination. You can find out when most of the Stahl families immigrated to the United States. You can focus your search to immigration records dating from that era. Immigration records can tell you an ancestor's name, ship name, port of departure, port of arrival and destination. from the Social Security Death Index (SSDI). <P> Please be aware that the name Tal is only used for girls and it is rude to call a boy Tal. -- talrosie 3/23/2008. I don't think Tal is a girls' name. Perhaps in English-speaking countries it is, but in Israel (and the origin is Hebrew), it's an absolutely neutral name, given to boys and girls alike. In general, I don't really like this name. Its meaning is quite dull and it's too short. Actually I didn't think I'd find it here because I thought it's used only in Israel. -- Evelyn--- 8/1/2008. It seems that Israel is the only place where names can be kept completely neutral. As an Israeli I know at least two boys named Tal and at least two girls named Tal. And it is NOT rude to name your son Tal. It's perfectly acceptable. <P> Tal /tal/ [1 syll.] as a boys' name (also used as girls' name Tal) is pronounced tal. It is of Hebrew origin, and the meaning of Tal is rain; dew. Tal is a rare first name for males but a very popular surname for both adults and children (#45482 out of 150436, Top 30%). <P> Tahl /tahl/ [1 syll.] as a name for boys is of Hebrew origin, and the name Tahl means rain; dew. Tahl is an alternate spelling of Tal (Hebrew). Tahl is an equivalently uncommon last name too for all people. (2000 U.S. Census). Shown below is the baby name popularity of Tahl for boys. Tahl has not been ranked in the Top 1000 thus far. <P> Tal has 2 variants: Tahl and Talor. Tal is a rare first name for males but a very popular surname for both adults and children (#45482 out of 150436, Top 30%). (2000 U.S. Census). Shown below is the baby name popularity of Tal for boys. Tal has not been recorded in the list so fa <P> According to the Gospel of Matthew Immanuel refers to Jesus Christ. Immanuel (Hebrew עִמָּנוּאֵל meaning, God is with us; also romanized Emmanuel, Imanu'el) is a Hebrew name which appears in chapters 7 and 8 of the Book of Isaiah as part of a prophecy during the life of Jeshurun. He is wound into the book, among descriptions of historical events and the future. Isaiah 7–8 mentions three children with symbolic names: Shear-jashub, meaning a remnant shall return; Immanuel, God is with us; and Maher-shalal-hash-baz, the spoil speeds, the prey hastens. Isaiah 8:18 informs the reader that Isaiah and his children are signs (Here am I, and the children the Lord has given me. <P> In Judaism the name עמנואל (Immanuel) is not applied to the messiah, as is done in parts of Christianity. The Isaiah passage and the name Emmanuel are cited in the Gospel of Matthew and applied to the virgin conception and birth of Jesus as the Messiah. Isaiah 7–8 mentions three children with symbolic names: Shear-jashub, meaning a remnant shall return; Immanuel, God is with us; and Maher-shalal-hash-baz, the spoil speeds, the prey hastens. Isaiah 8:18 informs the reader that Isaiah and his children are signs (Here am I, and the children the Lord has given me. <P> [ syll. tah (l), ta-hl ] The baby boy name Tahl is pronounced as T AA-L †. The origin of Tahl is the Hebrew language. Tahl is a variant of the name Tal (English and Hebrew). Tahl is not commonly used as a baby boy name. It is not listed within the top 1000.
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Rain and dew.
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how long to cook roast leg of lamb
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<P> Insert meat thermometer so tip is in thickest part of lamb (not resting in fat). Cook until the lamb roast reaches an internal temperature of 120 degrees F. Remove from oven, cover with aluminum foil, and let sit approximately 15 to 20 minutes. Remember, the lamb roast will continue to cook as it sets. The term boneless means the leg bone has been removed from the lamb roast. A boned, rolled, and tied or netted leg is easy to roast. You can easily find this type of lamb at most large grocery stores or super markets. For a generous serving of lamb roast, figure on 1/2 pound of lamb per serving. <P> Place in the bottom of a large roasting pan. Place the lamb on top of the potatoes and roast for 1 1/4 to 1 1/2 hours, or until the internal temperature of the lamb is 135 degrees (rare) or 145 degrees (medium). Remove from the oven and put the lamb on a platter; cover tightly with aluminum foil. Preheat the oven to 450 degrees F. Place the oven rack in the lower third of the oven so the lamb will sit in the middle of the oven. Peel 6 of the cloves of garlic and place them in the bowl of a food processor fitted with the steel blade. Add the rosemary, 1 tablespoon salt, 1 teaspoon pepper, and butter. <P> Put an onion or two in the pan and 2 sprigs of fresh rosemary. Place the roasting pan in the oven set at 350F(190C) for 15-20 minutes per pound (you don't want to cook lamb well done, but more medium to medium rare) a 6 pound leg should take about 1 1/2 to 2 hours. Remove the cover(or foil) for the last 15 minutes of roasting time. <P> Directions. Preheat the oven to 400 degrees F. Using your hands, rub the lamb all over with the lemon juice. Pat the garlic and rosemary evenly all over the surface of the meat. Season the meat with the salt and pepper and place the lamb in a roasting pan. Place the lamb in the oven and roast for 30 minutes. <P> 1 Rub 3 tablespoons olive oil over the surface of the leg of lamb. 2 Place on rack in center of roasting pan and place in preheated oven. 3 Cook for 15 minutes at 450°F and then lower heat to 350°F for rest of cooking time of 1 1/4 hours (or, alternatively, lower heat immediately and cook at 325°F for adjusted cooking time). <P> Sear the lamb roast for 15 minutes at the higher oven temperature (450 degrees F.), then turn the oven to the lower temperature (325 degrees F.) for the rest of the cooking time. Do Not Cover the roast. The term boneless means the leg bone has been removed from the lamb roast. A boned, rolled, and tied or netted leg is easy to roast. You can easily find this type of lamb at most large grocery stores or super markets. For a generous serving of lamb roast, figure on 1/2 pound of lamb per serving. <P> Easy Roasting. Once seasoned, leg of lamb is a fuss-free joint to cook. Lay the joint on a rack in a roasting tray and sear it first for 15 minutes in an oven preheated to 450 degrees. Allowing 25 minutes’ roasting per pound, cook it subsequently at 325 degrees covered with aluminum foil. <P> After 30 minutes, remove the foil and leave to roast for a further 50-60 minutes (for medium) or until cooked to your liking. At the end of cooking time, remove the lamb from the oven and leave it to rest in the roasting tin for 10-15 minutes, with some foil on top to keep it warm. Make the gravy. Heat a heavy-based frying pan on the hob. When hot, pour the pan juices from the roasting tin into the pan (be careful as it may splatter) <P> As always, there are many different recipes for cooking a leg of lamb. Elise cooks her leg of lamb with the bone in by starting at 425 degrees for 20 minutes then turns the oven down to 300°F and continues to roast the meat for about 10-12 minutes per pound for medium rare lamb. Set the bag in a dish and let the lamb marinate in the refrigerator for several hours or overnight-up to 24 hours. Step 6. Roasting the Boneless Leg of Lamb. Remove the lamb from the refrigerator at least 1 hour before cooking it.
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15 minutes
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what territory did italy gain from the treaty of versailles
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<P> The territorial changes of Germany include all changes in the borders and territory of Germany from its formation in 1871 to the present. Modern Germany was formed in 1871 when Otto von Bismarck unified most of the German states (with the notable exception of Austria) into the German Empire. After the First World War Germany lost about 10% of its territory to its neighbours and the Weimar Republic was formed. <P> Germany expected a treaty based on these fourteen points. However, negotiations between the 'big four' Lloyd George of England, Orlando of Italy, Clemenceau of France and Woodrow Wilson of America did not go smoothly. Wilson believed that his fourteen points was the only way to secure everlasting peace. Anschluss-Germany was not allowed to unite with Austria. Land-Germany lost land to a number of other countries. Alsace-Lorraine was returned to France, Eupen and Malmedy were given to Belgium, North Schleswig was given to Denmark. Land was also taken from Germany and given to Czechoslovakia and Poland. <P> The Treaty of Versailles was a peace treaty between the five nations, France, Germany, Britain, Austria-Hungary and the United States after World War I. Russia had lost control of its western territory which made up Estonia, Finland, Latvia, Lithuania and parts of Poland. During the Second World War, the Soviet Union reclaimed Estonia, Latvia, Lithuania, and half of Poland. Italy gained parts of Austria. <P> Italy had declared war on Germany in 1915 after the Secret Treaty of London. In the treaty France and Britain had agreed that Italy would be given the Adriatic coast at the end of the war. When Orlando arrived at Versailles he expected France and Britain to keep their promise. 2. Italy was given the two small areas of Istria and the South Tirol. The Adriatic coast was made part of a new country called Yugoslavia, which included Serbia and Bosnia. 3. Other new countries were created-Poland, Lithuania, Latvia, Estonia and Finland were formed from land lost by Russia. <P> 1 All the land that Germany gained from Russia through the Brest-Litovsk Treaty of 1918 was confiscated. 2 In this process, Poland was recreated and Germany was separated from East Prussia by the Polish Corridor. 1 Reparations: Thus, as Germany was held responsible for the war, Germany was expected to compensate by paying a huge reparations sum of $32 billion. 2 Alsace-Lorraine, a territory that Germany took from France in 1871, was returned to the French. <P> For example, Japan and Italy were persuaded by Britain and France to join the war with the promise that they would gain territory. Point 6 was definitely not implemented by the Treaty of Versailles. However, it did begin to take place during the Stresemann years, a period of prosperity in Germany. 1 Reparations: Thus, as Germany was held responsible for the war, Germany was expected to compensate by paying a huge reparations sum of $32 billion. 2 Alsace-Lorraine, a territory that Germany took from France in 1871, was returned to the French. <P> After invading Poland in 1939, Germany annexed the lands it was forced to give to a reformed Poland in 1919–1922 by the Treaty of Versailles, including the Polish Corridor , West Prussia, the Province of Posen, and East Upper Silesia. Modern Germany was formed in 1871 when Otto von Bismarck unified most of the German states (with the notable exception of Austria) into the German Empire. After the First World War Germany lost about 10% of its territory to its neighbours and the Weimar Republic was formed. <P> It ended the state of war between Germany and the Allied Powers. It was signed on 28 June 1919, exactly five years after the assassination of Archduke Franz Ferdinand. The other Central Powers on the German side of World War I were dealt with in separate treaties. Although the armistice, signed on 11 November 1918, ended the actual fighting, it took six months of negotiations at the Paris Peace Conference to conclude the peace treaty. The treaty was registered by the Secretariat of the League of Nations on 21 October 1919, and was printed in The League of Nations Treaty Series. The treaty restored the provinces of Alsace-Lorraine to France by rescinding the treaties of Versailles and Frankfurt of 1871 as they pertained to this issue. The sovereignty of Schleswig-Holstein was to be resolved by a plebiscite to be held at a future time (see Schleswig Plebiscites). <P> Play media. The Signing of the Peace Treaty of Versailles. The Treaty of Versailles was a peace treaty between the five nations, France, Germany, Britain, Austria-Hungary and the United States after World War I. The treaty was made in 1919, but the German government did not participate in it. Russia had lost control of its western territory which made up Estonia, Finland, Latvia, Lithuania and parts of Poland. During the Second World War, the Soviet Union reclaimed Estonia, Latvia, Lithuania, and half of Poland. Italy gained parts of Austria. <P> The League of Nations also took control of Germany’s overseas colonies. Germany had to return to Russia land taken in the Treaty of Brest-Litovsk. Some of this land was made into new states: Estonia, Lithuania and Latvia. An enlarged Poland also received some of this land. The Treaty of Versailles was the peace settlement signed after World War One had ended in 1918 and in the shadow of the Russian Revolutionand other events in Russia.
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Italy gained parts of Austria.
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why did han solo have to die
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<P> EDIT. Lucasfilm. The original idea was that they would recover [the kidnapped] Han Solo in the early part of the story and that he would then die in the middle part of the film in a raid on an Imperial base. George [Lucas] then decided he didn't want any of the principals killed. Adds 'Star Wars' producer Gary Kurtz: The original idea was that they would recover [the kidnapped] Han Solo in the early part of the story and that he would then die in the middle part of the film in a raid on an Imperial base. <P> Han was later part of the strike team that boarded the Anakin Solo to rescue Allana from Jacen. After the successful rescue, Han and Leia learned from Allana that Jacen was her father. The discovery that he was a grandfather came as a pleasant surprise to Han. When he was older, Han learned how to pickpocket by first practicing on a droid of Shrike's, and then being sent out into the streets. During this time, Solo was befriended by Dewlanna, a Wookiee who was serving as a cook aboard Trader's Luck, Shrike's ship. <P> On the run from Imperial officials, Solo became caught up with the Rebel Alliance, courtesy of Obi-Wan Kenobi, Luke Skywalker and Princess Leia Organa, whom he helped rescue from the Death Star. Solo helped Skywalker destroy the Death Star when it attacked the Rebel base at Yavin 4, where they had taken Organa. When he was older, Han learned how to pickpocket by first practicing on a droid of Shrike's, and then being sent out into the streets. During this time, Solo was befriended by Dewlanna, a Wookiee who was serving as a cook aboard Trader's Luck, Shrike's ship. <P> lucasfilm. George Lucas was right. It would have been a mistake to kill Han Solo in Return of the Jedi (which almost happened), and it would be a mistake to kill him in Episode VII, no matter how much Harrison Ford may want that to happen. And this holds true if they kill him off in Episode VII. I trust J.J. Abrams as a filmmaker but, I'm sorry, he will not be able to film a more iconic moment than Han telling Leia, I know.. No Star Wars fan wants to see Han Solo die -- not even dying peacefully in his sleep of old age. <P> Han Solo and Chewbacca during the early years of the Yuuzhan Vong War. Han was involved in two of the first battles of the Yuuzhan Vong invasion. He aided in the evacuation of Sernpidal, where the Vong brought a moon down on the planet. When he was older, Han learned how to pickpocket by first practicing on a droid of Shrike's, and then being sent out into the streets. During this time, Solo was befriended by Dewlanna, a Wookiee who was serving as a cook aboard Trader's Luck, Shrike's ship. <P> Han Solo was a Human smuggler from the manufacturing planet Corellia who achieved galactic fame as a member of the Rebel Alliance and later the New Republic. Born on Corellia, he was orphaned at an early age and taken by the pirate Garris Shrike to serve on his crew. When he was older, Han learned how to pickpocket by first practicing on a droid of Shrike's, and then being sent out into the streets. During this time, Solo was befriended by Dewlanna, a Wookiee who was serving as a cook aboard Trader's Luck, Shrike's ship. <P> You all voted for it, so here it is! Why HAN SOLO needs to die in either Episode VII, VIII, or IX! Harrison Ford has wanted this for a long time, and so have I! Just watch the video to hear my opinions on why Han needs to bite the dust. SUBSCRIBE to STAR GEEK for WEEKLY Star Wars content. Facebook: https://www.facebook.com/pages/StarGe... <P> Han Solo is a character in the original trilogy and sequel trilogy of the Star Wars universe. He is portrayed by Harrison Ford. He and his co-pilot, Chewbacca, become involved in the Rebel Alliance which opposes the Galactic Empire. Reunited with the Rebels, Solo is commissioned as a General. Along with Leia and Chewbacca, he goes to the forest moon of Endor and leads a team deactivating the force fields protecting the Empire's second Death Star, in which they are aided by the Ewoks while Luke fights the Emperor on the Death Star. <P> Mike Ryan of The Huffington Post published an editorial begging Disney and J.J. Abrams to not kill Han Solo in 'Star Wars: Episode 7' and in that story he brings up a few good points, most importantly that Harrison Ford wanted to kill Han Solo a long time ago. Adds 'Star Wars' producer Gary Kurtz: The original idea was that they would recover [the kidnapped] Han Solo in the early part of the story and that he would then die in the middle part of the film in a raid on an Imperial base. George [Lucas] then decided he didn't want any of the principals killed
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Han Solo in the early part of the story and that he would then die in the middle part of the film in a raid on an Imperial base. George [Lucas] then decided he didn't want any of the principals killed.
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what is the largest bear on earth
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<P> It is a close call, but the polar bear is generally considered the largest bear on Earth. A close second is the brown bear, specifically the Kodiak bear. The Kodiak is a subspecies of the brown bear native to Alaska. The consensus among experts is that the polar bear is the largest, but some believe the Kodiak bear to be larger. Part of the dissension comes from the vagueness of the word largest.. <P> Kodiak bears are the largest bears in the world. They have been weighed up to 2,500lbs (approx.) and as long/tall as 14ft (approx.) (measured after being killed). The Kodiak b … ear's range is limited to the Kodiak Island off the coast of Alaska. No. The polar bear is actually the largest bear in the world, and is the largest predator on land. The largest polar bear weighed 2210 pounds and stood 14 ft tall on hind legs … , while the largest grizzly bear weighed 1760 pounds and stood 12 ft tall. 3 people found this useful. <P> The world's largest grizzly bear ever recorded is contingent on definition. Issues center around what determines the biggest. Factors include weight, head size, length of the bear, height of the bear when standing, dimension of shoulders, etc. <P> Tweet. It is a close tie between the Polar bear and the Kodiak bear; a subspecies of brown bear found only in Alaska. The polar bear wins out weighing between 300 and 600 kg and are 2 to 3 meters long. They reside in the Canadian north, Alaska (USA), Greenland, Norway and Russia, and sadly, like many other majestic animals, have an IUCN conservation status of Vulnerable. Their IUCN conservation status is Least Concern. Interestingly, there are some genetic similarities between the Kodiak bear and other brown bears found in eastern Russia. The Kodiak bear is the biggest land based carnivore in the world subsisting on mainly river salmon, mountain blueberries, and animal remains. <P> Kodiak bears are the largest bears in the world. They have been weighed up to 2,500lbs (approx.) and as long/tall as 14ft (approx.) (measured after being killed). The Kodiak bear's range is limited to the Kodiak Island off the coast of Alaska. Some accepted estimates place the total number of Kodiak bears at around 3,500 total. The Polar bear is the second largest species of bear. They have been weighed up to 2,200lbs (approx) and as long/tall as 12ft (approx). Their range is rather large, covering much of the Arctic. <P> The largest polar bear ever recorded was shot in Kotzebue Sound, Alaska in 1960 weighing a grizzly 1002 kilograms or 2,210 pounds and stood 11 feet 11 inches in height. The largest brown bear, a Kodiak bear, which is a subspecies of the brown bear, weighed in at over 2,500 pounds and was almost 14 feet tall. <P> Best Answer: The Polar Bear is generally considered the largest bear species on the planet. the largest ever specific bear measured was a Kodiak Bear weighing in at over 2500 lbs. and nearly 14 feet tall. <P> The polar bear is the largest land carnivore in the world. A lot of bears have a nasty reputation, but polar bears back it up. More people have been killed and eaten by polar bears than by all other bears combined. The opportunity to hunt a huge polar bear has been turned upside down in the past couple decades. The biggest brown bears come from Kodiak Island itself. While bears are found on many islands off Alaska and the Alaskan peninsula, 17 of the top 25 Alaskan brown bears were taken from Kodiak. The world record was bagged by Roy Lindsley in 1952.
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The polar bear
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where is ekiti state located
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<P> Ekiti State is situated entirely within the tropics (see maps) . It is located between longitudes 4 0 5 1 and 5 0 45 1 East of the Greenwish meridian and latitudes 7 0 15 1 and 8 0 5 1 north of the Equator. <P> Ekiti State of Nigeria-Location And Boundaries. Ekiti State is situated entirely within the tropics (see maps) . It is located between longitudes 4 0 5 1 and 5 0 45 1 East of the Greenwish meridian and latitudes 7 0 15 1 and 8 0 5 1 north of the Equator. It lies south of Kwara and Kogi State, East of Osun State and bounded by Ondo State in the East and in the south. Ekiti State has 16 Local Government Councils. By 1991 Census, the population of Ekiti State was 1,647,822 while the estimated population upon its creation on October 1 st 1996 was put at 1,750,000 with the capital located at Ado-Ekiti. <P> Image: Map of Nigeria Showing the position of Ekiti State. Ekiti State is one of the six new states created on 1st October 1996 by the then Provisional Ruling Council and announced by the then Head of State, General Sani Abacha in a national broadcast to mark Nigeria's 36th independence anniversary. <P> History. Ekiti State of Nigeria was created on 1st October, 1996 along side other five by the late Head of state and Commander-in-Chief of Armed Forces of the Federal Republic of Nigeria, General Sani Abacha, GCON in a nation-wide broadcast to mark the 36th Independence anniversary of Nigeria. <P> (Redirected from Ekiti State). Ekiti is a state in western Nigeria, declared a state on October 1, 1996 alongside five others by the military under the dictatorship of General Sani Abacha.
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Western Nigeria
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what does microcytic hypochromic
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<P> The RBC's here appear smaller than normal and have an increased zone of central pallor. This is indicative of a hypochromic (less hemoglobin in each RBC) and microcytic (smaller size of each RBC) anemia. There is also increased anisocytosis (variation in RBC size) and poikilocytosis (variation in RBC shape). <P> Microcytic anemia is defined as the presence of small, often hypochromic, red blood cells in a peripheral blood smear and is usually characterized by a low MCV (less than 83 micron 3). Iron deficiency is the most common cause of microcytic anemia. The absence of iron stores in the bone marrow remains the most definitive test for differentiating iron deficiency from the other microcytic states, ie, anemia of chronic disease, thalassemia, and sideroblastic anemia. <P> Hypochromic microcytic anemia with iron overload is a condition that impairs the normal transport of iron in cells. Iron is an essential component of hemoglobin, which is the substance that red blood cells use to carry oxygen to cells and tissues throughout the body. In hypochromic microcytic anemia with iron overload, the iron that is not used by red blood cells accumulates in the liver, which can impair its function over time. The liver problems typically become apparent in adolescence or early adulthood <P> microcytic anemia anemia characterized by microcytes (erythrocytes smaller than normal); see also hypochromic microcytic anemia and microcythemia. myelopathic anemia (myelophthisic anemia) leukoerythroblastosis. normochromic anemia that in which the hemoglobin content of the red blood cells is in the normal range. hypochromic microcytic anemia any anemia with microcytes that are hypochromic (reduced in size and in hemoglobin content); the most common type is iron deficiency anemia. hypoplastic anemia anemia due to incapacity of blood-forming organs <P> Microcytic anemia is a term used to characterize any type of anemia caused due to small red blood cells in human blood. In Microcytic anemia the red blood cells are paler than usual. Microcytic anemia is the most common types of anemia which is found. Causes. In most of the cases Microcytic anemia is caused because of the deficiency of iron. Thus it is the most sought after thing when a person is contacted with Microcytic anemia. <P> Microcytic hypochromic anemia: Introduction. Microcytic hypochromic anemia: Microcytic anemia is a blood disorder characterized by small red blood cells (erythrocytes) which have insufficient haemoglobin and hence have a reduced ability to carry oxygen through the body. 1 Treatment of microcytic hypochromic anaemia is dependant upon the underlying cause for the iron deficiency. 2 Treatments include: 3 No treatment if the cause is a thalassemia trait. 4 Investigation and treatment of underlying conditions such as coeliac disease, menorrhagia, bowel cancer. <P> In hypochromic cells, this area of central pallor is increased. This decrease in redness is due to a disproportionate reduction of red cell hemoglobin (the pigment that imparts the red color) in proportion to the volume of the cell. In many cases, the red blood cells will also be small (microcytic), leading to substantial overlap with the category of microcytic anemia. The most common causes of this kind of anemia are iron deficiency and thalassemia <P> Hypochromic anemia is a generic term for any type of anemia in which the red blood cells (erythrocytes) are paler than normal. (Hypo-refers to less, and chromic means color .) A normal red blood cell will have an area of pallor in the center of it; it is biconcave disk shaped. This decrease in redness is due to a disproportionate reduction of red cell hemoglobin (the pigment that imparts the red color) in proportion to the volume of the cell. In many cases, the red blood cells will also be small (microcytic), leading to substantial overlap with the category of microcytic anemia.
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Hemoglobin content of the red blood cells is in the normal range.
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starting pay for lpn in pa
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<P> (United States). A Licensed Practical Nurse (LPN) earns an average wage of $18.03 per hour. Pay for this job does not change much by experience, with the most experienced earning only a bit more than the least. $25,484 - $52,232. (Median). <P> A Licensed Practical Nurse (LPN) in Pittsburgh, Pennsylvania earns an average wage of $18.58 per hour. A skill in Home Health/Home Care is associated with high pay for this job. Pay for this job does not change much by experience, with the most experienced earning only a bit more than the least. <P> This chart describes the expected percentage of people who perform the job of Licensed Practical Nurse in Philadelphia, PA that make less than that salary. For example 50% of the people who perform the job of Licensed Practical Nurse in Philadelphia are expected to make less than the median. <P> Licensed Practical Nurses (LPN) in Pennsylvania earn an average of $19.85/hr and a yearly income of $41,300. Nurses working in metropolitan areas tend to earn higher salaries than in non-metropolitan parts of the state, although there is likely to be a relatively higher cost of living in those areas. Pennsylvania has a growing number of opportunities in the nursing field. Within the state, LPNs make up 23% of nurses in the state. The Idaho LPN comfort score is 77. This takes into account the average LPN salary, average state salary and cost of living. The Idaho RN comfort score is higher at 117. <P> $49,000. Average LPN salaries for job postings in Pennsylvania are 4% lower than average LPN salaries for job postings nationwide. <P> $45,000. Average LPN salaries for job postings in Lancaster, PA are 11% lower than average LPN salaries for job postings nationwide. <P> Median annual LPN salaries were about $42,000 in May 2012. The lowest 10 percent earned earned a LPN salary of less than about $31,000 and the highest 10 percent earned a practical nurse salary of more than about $57,000. LPN salaries in industries with the highest levels of employment in this occupation (May 2012) are: LPN wages for top paying industries in May 2012 were: Starting LPN salaries can range from about $20,000 to about $49,000 (according to Payscale.com).
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$19.85/hr and a yearly income of $41,300.
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titer for rheumatoid arthritis
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<P> Rheumatoid arthritis (RA) is a long lasting autoimmune disorder that primarily affects joints. It typically results in warm, swollen, and painful joints. Pain and stiffness often worsen following rest. Most commonly the wrist and hands are involved with typically the same joints involved on both sides of the body. <P> The incidence of rheumatoid arthritis is predicted by rheumatoid factor titer in a longitudinal population study. del Puente A(1), Knowler WC, Pettitt DJ, Bennett PH. Author information: (1)National Institute of Arthritis and Musculoskeletal and Skin Diseases, Phoenix, Arizona 85014. <P> Description: The Rheumatoid Arthritis (RA) Factor test may be used to assist in the diagnosis of Rheumatoid Arthritis or Sjogren Syndrome. Rheumatoid Factor is an auto-antibody that attack the body's own tissues. The RA factor test is useful in distinguishing Rheumatoid Arthritis or Sjogren Syndrome from other types of arthritis. Turnaround time for the Rheumatoid Arthritis (RA) Factor test is typically 1-2 business days. <P> The results of the rheumatoid factor (RF) test may be reported in titers or units: 1 A titer is a measure of how much the blood sample can be diluted before RF can no longer be detected. 2 Nephelometry units show how much light is blocked by the blood sample in the tube. <P> 1 A rheumatoid factor more than 23 units and a titer more than 1:80 is indicative of rheumatoid arthritis but may also occur in other conditions. 2 False positive results can occur when the blood is high in fats. 3 Inaccurate results can be caused by improper handling of the blood specimen. This test is most often used to diagnose rheumatoid arthritis. About 80% of patients with rheumatoid arthritis have positive RF tests. It may also be used to rule out or diagnose other inflammation-related conditions. Normal values depend on what method the laboratory uses to detect and measure the RF. <P> Arthritis means joint inflammation. The joint inflammation of rheumatoid arthritis causes swelling, pain, stiffness, and redness in the joints. The inflammation of rheumatoid disease can also occur in tissues around the joints, such as the tendons, ligaments, and muscles. Rheumatoid arthritis (RA or atrophic arthritis) facts. 1 Rheumatoid arthritis is an autoimmune disease that can cause chronic inflammation of the joints and other areas of the body. 2 Rheumatoid arthritis symptoms and signs include. 3 joint pain in the feet, hands, and knees, 4 swollen joints, 5 fever, 6 tender joints, <P> In patients with rheumatoid arthritis, the RF titer generally correlates with extra-articular manifestations and disease severity. RF testing may have prognostic value in these patients. However, RF titers are not helpful in following disease progression. <P> Interpretation. Rheumatoid factor (RF) is used in the diagnosis of rheumatoid arthritis (RA). RF results are positive in approximately 75% of patients with RA, although RF is not etiologically related to RA. High RF titers indicate a poorer prognosis, as patients with higher RF levels tend to have more severe disease.
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A titer is a measure of how much the blood sample can be diluted before RF can no longer be detected.
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what is pls
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<P> Symptoms. Signs and symptoms of primary lateral sclerosis (PLS) usually take years to progress. They include: 1 Stiffness, weakness and spasticity in your legs. 2 Tripping, difficulty with balance and clumsiness as the leg muscles weaken. 3 Weakness and stiffness progressing to your trunk, then your arms, hands, tongue and jaw. <P> Primary lateral sclerosis (PLS) is a rare neuromuscular disease characterized by progressive muscle weakness in the voluntary muscles. PLS belongs to a group of disorders known as motor neuron diseases. <P> In the case that your PLS file doesn't open, it is highly likely that you do not have the correct software application installed on your PC to view or edit PLS file extensions. If your PC opens the PLS file, but it's the wrong application, you'll need to change your Windows registry file association settings. In other words, Windows is associating PLS file extensions with the wrong software program. In seconds, you will learn exactly what type of PLS file you have, the software program associated with your file, the publisher who created it, its security safety status, and a variety of other useful information. <P> The PLS files contain information about an audio file's location, but they do not contain the actual audio file or any real audio data. The .pls file extension is also used with the Accounting Plus and AccountEdge software. When the .pls file extension is used for these applications, the files contain financial information such as accounts payable and accounts receivable data. Many of the programs that used the .pls file extension are being discontinued by the distributor of the software. <P> Founded in 1991, PLS Logistics Services has become one of the country’s leading logistics management services providers. Based in Cranberry Township, PA, a suburb of Pittsburgh, PLS provides dependable outsourced logistics solutions as well as freight brokerage services. <P> Open PLS in WMP allows you to listen to PLS (MP3 Playlist, a.k.a. Shoutcast streams) in Windows Media Player. It's a simple translator that opens PLS files, finds the stream information, and passes it to Window Media Player. Windows Media Player can open PLS (Shoutcast Playlist) internet radio streams, it just doesn't know it can. <P> Primary lateral sclerosis (PLS) is a rare neuromuscular disease characterized by progressive muscle weakness in the voluntary muscles. PLS belongs to a group of disorders known as motor neuron diseases. Motor neuron diseases develop when the nerve cells that control voluntary muscle movement degenerate and die, causing weakness in the muscles they control. Onset of PLS usually occurs spontaneously after age 50 and progresses gradually over a number of years, or even decades. The disorder usually begins in the legs, but it may start in the tongue or the hands. Symptoms may include difficulty with balance, weakness and stiffness in the legs, and clumsiness <P> How To Open a PLS File. The easiest way to open a PLS file is to double-click on it and let your PC decide which default application should open the file. If no program opens the PLS file then you probably don't have an application installed that can view and/or edit PLS files. Perhaps you tried to open the PLS file but Windows told you that it could not open it. Before you can open a PLS file (assuming it's even a file format that's intended to be viewed or edited), you'll need to determine what kind of file the .PLS file extension refers to. <P> Definition. Primary lateral sclerosis (PLS) causes weakness in your voluntary muscles, such as those you use to control your legs, arms and tongue. Primary lateral sclerosis is a type of motor neuron disease that causes muscle nerve cells to slowly break down, causing weakness. Primary lateral sclerosis can happen at any age, but it usually occurs between ages 40 and 60.
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It is a rare neuromuscular disease characterized by progressive muscle weakness in the voluntary muscles.
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moksha what is it
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<P> Sanskrit moksha or Prakrit mokkha means liberation or salvation. It is a blissful state of existence of a soul, completely free from the karmic bondage, free from saṃsāra, the cycle of birth and death. <P> In Hindu traditions, moksha is a central concept and included as one of the four aspects and goals of human life; the other three goals are dharma (virtuous, proper, moral life), artha (material prosperity, income security, means of life), and kama (pleasure, sensuality, emotional fulfillment). In the soteriological and eschatological sense, it connotes freedom from saṃsāra, the cycle of death and rebirth. In the epistemological and psychological sense, moksha connotes freedom, self-realization and self-knowledge. <P> Moksha. Hindus believe that the soul passes through a cycle of successive lives (samsara) and its next incarnation is always dependent on how the previous life was lived (karma). In a lifetime people build up karma, both good and bad, based on their actions within that lifetime. Death is the last samsara (cycle of life) referred to as the 'last sacrifice'. Moksha is the end of the death and rebirth cycle and is classed as the fourth and ultimate artha (goal). It is the transcendence of all arthas. It is achieved by overcoming ignorance and desires. It is a paradox in the sense that overcoming desires also includes overcoming the desire for moksha itself <P> In the Hindu religion, moksha refers to state of liberation or freedom from the natural cycle of life, death, and rebirth. When a person reaches moksha, he/she is said to be free from earthly influence and reaches closer to the Divine Being. When a person is still living, moksha can be achieved through full liberation from negative things in the world. The state of moksha is considered free from earthly desires and so people need to live a life that is deeply rooted with the Divine presence. <P> In Indian religions and Indian philosophy, moksha (Sanskrit: मोक्ष mokṣa), also called vimoksha, vimukti and mukti, means emancipation, liberation or release. In the soteriological and eschatological sense, it connotes freedom from saṃsāra, the cycle of death and rebirth. In the epistemological and psychological sense, moksha connotes freedom, self-realization and self-knowledge. <P> Moksha means freedom, liberation; from what and how is where the schools differ. Moksha is also a concept that means liberation from rebirth or saṃsāra. This liberation can be attained while one is on earth (jivanmukti), or eschatologically (karmamukti, videhamukti). In the soteriological and eschatological sense, it connotes freedom from saṃsāra, the cycle of death and rebirth. In the epistemological and psychological sense, moksha connotes freedom, self-realization and self-knowledge. <P> Yoga. Moksha (Sanskrit: मोक्ष mokṣa), also called vimoksha, vimukti and mukti, means emancipation, liberation or release. In Hindu traditions, Moksha is a central concept and included as one of the four aspects and goals of human life. The concept of Moksha is found In Jainism, Buddhism and Hinduism. <P> Moksha. Moksha is a term that refers to liberation from the cycle of death and rebirth. Every person must strive hard and perform good deeds, so that his soul may rest in peace after his death. A person, who attains Moksha, gets freedom from all sorts of sufferings and pain
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Moksha means freedom, liberation; from what and how is where the schools differ. Moksha is also a concept that means liberation from rebirth or saṃsāra.
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cost of large conservatory
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<P> Whilst a 3m X 3m Lean-To conservatory may not seem large, it does have a floor area of nine square metres which means that the choice of flooring will have a bearing on conservatory cost. A wood floor is attractive and warm to the touch during winter, but can be expensive to both buy and install. It would not be at all surprising if you still find yourself in the dark. The cost of a 3 X 3 conservatory can vary from £1,500 to £18,000. Some of this huge variation is due to the questionable work of commission only salesman, some to quality and possibly some due to unusual site conditions. <P> Size will have a significant bearing on the overall cost of your conservatory. It stands to reason that one measuring 3 metres by 2 metres will be cheaper to construct than a conservatory measuring 5 metres by 4 metres. Victorian Conservatory. £3,000 (2000mm x 2000mm) – full height glass up to £13,000 (3m x 5.5m). It is important to choose the style that suits your home the best and this depends on the shape of your house and garden. Regency conservatories are one of the more popular choices, with their ridged roofs and gable ends. <P> Expanding your home (but nothing fancy-double-storey or large extension) a conservatory roof might be just the thing you’re looking for. A small conservatory in the range of 2500mm x 3500mm will likely cost between £2,000 and £3,000. 1 A similar conservatory with a more elaborate Edwardian roof will cost around £11,000. 2 Evis quote the price of a small, basic conservatory as £5,000 while a hand-crafted, luxury orangery can cost as much as £100,000. <P> Cheap Conservatories. Typically, you can expect to pay about £500 per square metre for a basic conservatory (supply and fitting) including VAT. This cost will go up if the site is difficult, for example if the ground slopes away from the house in which case it will need leveling first. Luxury Conservatories. The price of your conservatory will go up even more if you choose a hardwood finish instead of PVCu. This will look very nice but will cost up to 50% more than a PVCu one. <P> Conservatory Average Cost. The cost of a conservatory varies widely depending on the design, local labor and material costs, and other factors. Before you begin conservatory construction, check with the local planning department to find out what permits you may need. 1 Conservatory costs start at around $7,500 to $15,000. 2 The average cost of a conservatory is $10,000 to $30,000. 3 A conservatory could cost as much as $40,000 to $80,000 or more. 1 Another Dimension: A conservatory not only technically increases the space of your home, but with its bright, open design will add roominess that exceeds its length, width, and height. 2 Value: Conservatories are a good value in terms of cost per square foot compared to other home additions. <P> 1 Evis Build put the average price of conservatories at £9,000; this will get you a uPVC, lean-to conservatory with a 16 square metre floor area and low-emissivity glazing. 2 A similar conservatory with a more elaborate Edwardian roof will cost around £11,000. 1 A similar conservatory with a more elaborate Edwardian roof will cost around £11,000. 2 Evis quote the price of a small, basic conservatory as £5,000 while a hand-crafted, luxury orangery can cost as much as £100,000. <P> The average quote for a typical conservatory tends to be around the £5,000 and up mark. With that said though it is quite possible to get one for half that price, particularly if you want something basic and you are intending to erect it on your own. Victorian Conservatory. £3,000 (2000mm x 2000mm) – full height glass up to £13,000 (3m x 5.5m). It is important to choose the style that suits your home the best and this depends on the shape of your house and garden. Regency conservatories are one of the more popular choices, with their ridged roofs and gable ends. <P> If you are interested in conservatory UK prices, take a look at the following list: 1 According to our home renovation cost survey, the average cost of buying and installing a conservatory is £6,700. 2 What price put the average price of supplying and building a 3 metres (m) x 3.5m Edwardian conservatory at £8,600. 1 A similar conservatory with a more elaborate Edwardian roof will cost around £11,000. 2 Evis quote the price of a small, basic conservatory as £5,000 while a hand-crafted, luxury orangery can cost as much as £100,000. <P> Probably not because the price range is so large. Our website, Conservatory Online Prices, provides you with instant access to the true cost of conservatories in 2015 with our easy to use conservatory quote calculator. It would not be at all surprising if you still find yourself in the dark. The cost of a 3 X 3 conservatory can vary from £1,500 to £18,000. Some of this huge variation is due to the questionable work of commission only salesman, some to quality and possibly some due to unusual site conditions.
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Start at around $7,500 to $15,000.
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what is an acd?
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<P> ACD. ACD was the first CD from Half Man Half Biscuit. If featured some of the tracks from the previous vinyl album, Back Again in the DHSS. The Best Things In Life D'Ye Ken Ted Moult?. Reasons To Be Miserable Rod Hull Is Alive – Why?. <P> About ACD Systems International Inc. ACD Systems is one of the largest and most respected independent digital image editing and management companies in the world. The company was founded in 1993 in Texas by technology and imaging visionary Doug Vandekerkhove. <P> An Automatic Call Distributor (ACD) is a telephone facility that manages incoming calls and handles them based on the number called and an associated database of handling instructions. <P> acid citrate dextrose. ACD solution. an anticoagulant solution used for the collection of blood for purposes of storage and transfusion. The active principle is sodium citrate with citric acid and dextrose. <P> An Adjournment in Contemplation of Dismissal is a negotiated settlement that is possible in some misdemeanor cases in New York City. The short-hand term used in New York City is ACD (to be distinguished from the way it is often referred to outside of the City -- ACOD. Keep in mind, however, that if your lawyer is able to negotiate an ACD for you toward the beginning of your case, then your choice will be to accept the ACD now (dismissal six months later) or go to trial approximately six months or longer down the road. <P> Anticoagulant Citrate Dextrose Solution, Solution A, U.S.P. (ACD-A) is intended for use as an anticoagulant in the extracorporeal blood processing with Autologous Platelet-Rich Plasma (PRP) Systems in production of PRP. ACD-A is not for direct intravenous infusion. 1 ACD-A is the only anticoagulant product approved by the United States Food & Drug Administration for the use in Autologous PRP Systems for the preparation of Platelet-Rich Plasma (PRP). <P> Originally, the ACD function was internal to the Private Branch Exchange of the company. However, the closed nature of these systems limited their flexibility. A system was then designed to enable common computing devices, such as server PCs, to make routing decisions. The system consists of hardware for the terminals and switches, phone lines, and software for the routing strategy. The routing strategy is a rule-based set of instructions that tells the ACD how calls are handled inside the system. Typically this is an algorithm that determines the best available employee or employees to respond to a given incoming call <P> ACD systems are often found in offices that handle large volumes of incoming phone calls from callers who have no need to talk to a specific person but who require assistance from any of multiple persons (e.g., customer service representatives) at the earliest opportunity. The system consists of hardware for the terminals and switches, phone lines, and software for the routing strategy. The routing strategy is a rule-based set of instructions that tells the ACD how calls are handled inside the system. Typically this is an algorithm that determines the best available employee or employees to respond to a given incoming call <P> (DSC) is a leading provider of call center technology including ACD (Automated Call Distribution) phone systems and call routing software. The ACD typically work with DSC's award winning IVR (Interactive Voice Response) software. These products automatically answer incoming phone calls and intelligently process these calls. The IVR in many cases can process the call without the need to transfer to an agent. DSC provides comprehensive ACD services at our call center. These services include the development of call distribution applications such as the following: 1 Virtual Secretary-Automatically answer calls and route to appropriate individual or department.
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A telephone facility that manages incoming calls and handles them based on the number called and an associated database of handling instructions.
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what does a capacitor do
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<P> In a way, a capacitor is a little like a battery. Although they work in completely different ways, capacitors and batteries both store electrical energy. If you have read How Batteries Work, then you know that a battery has two terminals. Inside the battery, chemical reactions produce electrons on one terminal and absorb electrons on the other terminal. A capacitor is much simpler than a battery, as it can't produce new electrons -- it only stores them. In this article, we'll learn exactly what a capacitor is, what it does and how it's used in electronics. We'll also look at the history of the capacitor and how several people helped shape its progress <P> A: A capacitor, or cap, is an electronic component that can take up, store, and discharge electrical energy. Because they can do all that quickly, capacitors are used to filter or buffer any sudden changes in a circuit's voltage, smoothing the ensuing signal. back to top. <P> And you don’t want this. By using a capacitor, the capacitor can supply power for the microcontroller in the split second that the voltage drops so that the microcontroller doesn’t restart. This way it will filter out the “noise” on the power line. This type of filtering is called “decoupling”. Using Capacitors For Filters. You can also combine capacitors and resistors to form filters that target specific frequencies. For example in an audio system you can target the high frequencies to remove them (e.g. in a sub-woofer). This is called a low-pass filter. <P> Capacitor is a little like battery.Capacitor and battery both store electrical energy. Capacitor has two terminals.In side the capacitor the two terminals connect to TWO metal PLATES separated by a non-conducting substance. Capacitors are energy storing devices. A capacitor is an electrical device that can store energy in the electric field between a pair of closely spaced conductors (called 'plates'). When current is applied to the capacitor, electric charges of equal magnitude, but opposite polarity, build up on each plate. <P> Photo: Inside, an electrolytic capacitor is a bit like a Swiss roll. The plates are two very thin sheets of metal; the dielectric an oily plastic film in between them. The whole thing is wrapped up into a compact cylinder and coated in a protective metal case. WARNING: It can be dangerous to open up capacitors. And this, if you've not guessed by now, is the energy that a capacitor stores. Its two plates hold opposite charges and the separation between them creates an electric field. That's why a capacitor stores energy. <P> A motor capacitor, such as a start capacitor or run capacitor (including a dual run capacitor) is an electrical capacitor that alters the current to one or more windings of a single phase AC induction motor to create a rotating magnetic field. <P> Capacitors and inductors kinda work opposite of each other. While capacitors are charging in an AC sine wave, inductors are discharging, and when inductors are charging, capacitors are discharging. So, what you can do is if your load is inductive, you can add capacitors to the circuit to balance it out. <P> The nonconducting dielectric acts to increase the capacitor's charge capacity. A dielectric can be glass, ceramic, plastic film, air, vacuum, paper, mica, oxide layer etc. Capacitors are widely used as parts of electrical circuits in many common electrical devices. An ideal capacitor is characterized by a single constant value, its capacitance. Capacitance is defined as the ratio of the electric charge Q on each conductor to the potential difference V between them. The SI unit of capacitance is the farad (F), which is equal to one coulomb per volt (1 C/V). <P> In an electronic circuit, a capacitor is shown like this: When you connect a capacitor to a battery, here's what happens: 1 The plate on the capacitor that attaches to the negative terminal of the battery accepts electrons that the battery is producing. 2 The plate on the capacitor that attaches to the positive terminal of the battery loses electrons to the battery.
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It is an electronic component that can take up, store, and discharge electrical energy.
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what is a vegetarian
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<P> There are varieties of the diet as well: an ovo-vegetarian diet includes eggs but not dairy products, a lacto-vegetarian diet includes dairy products but not eggs, and an ovo-lacto vegetarian diet includes both eggs and dairy products. A vegan diet excludes all animal products, including eggs, dairy, beeswax and honey. One of the main differences between a vegan and a typical vegetarian diet is the avoidance of both eggs and dairy products such as milk, cheese, butter and yogurt. Ethical vegans do not consume dairy or eggs because they state that their production causes the animal suffering and/or a premature death. <P> Veganism is a type of vegetarian diet that excludes meat, eggs, dairy products and all other animal-derived ingredients. Many vegans also do not eat foods that are processed using animal products, such as refined white sugar and some wines. <P> Vegetarianism in a Nutshell. The basics: Vegetarians do not eat meat, fish, and poultry. Vegans are vegetarians who abstain from eating or using all animal products, including milk, cheese, other dairy items, eggs, honey, wool, silk, or leather. <P> 1 Lacto-ovo-vegetarians eat both dairy products and eggs; this is the most common type of vegetarian diet. 2 Lacto-vegetarians eat dairy products but avoid eggs. 3 Vegans do not eat dairy products, eggs, or any other products which are derived from animals. There are different types of vegetarian: 1 Lacto-ovo-vegetarians eat both dairy products and eggs; this is the most common type of vegetarian diet. 2 Lacto-vegetarians eat dairy products but avoid eggs. <P> The term vegetarian generally means a person who does not consume animal products; this includes land and sea animals. Most vegetarians generally do consume eggs and dairy products (milk products). Somebody who does not consume any animal protein at all, not even eggs, dairy, or honey, is a vegan. Some people call themselves vegetarians, but they consume fish. <P> Vegetarians do not eat meat, fish or poultry, but might eat dairy products such as cheese, eggs, yogurt or milk. Vegetarians are not as predictable in their beliefs, as there are many reasons to become vegetarian that don’t necessarily include altruism as a primary motive. A vegan will generally not use any product made from animals, including silk. An ovo-vegetarian will eat eggs, while a vegan will not. Cattle consume more protein in grains than they deliver in meat. A vegan won't wear any clothing made of leather, unless it's special vegan leather that's made without animal products. <P> Lacto-vegetarian is used to describe a type of vegetarian who does not eat eggs, but does eat dairy products. Ovo-vegetarian refers to people who do not eat meat or dairy products but do eat eggs. Lacto-ovo vegetarian, that is, a vegetarian who eats both eggs and dairy products, is the most common kind of vegetarian. Learn more about lacto-ovo vegetarianism here. <P> A variety of vegan and vegetarian deli foods. Vegetarianism /ˈvɛdʒətɛəriənɪzəm/ is the practice of abstaining from the consumption of meat (red meat, poultry, seafood and the flesh of any other animal), and may also include abstention from by-products of animal slaughter. One of the main differences between a vegan and a typical vegetarian diet is the avoidance of both eggs and dairy products such as milk, cheese, butter and yogurt. Ethical vegans do not consume dairy or eggs because they state that their production causes the animal suffering and/or a premature death.
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It means a person who does not consume animal products.
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chelsea handler measurement
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<P> Chelsea Handler is popular TV host and actress with attractive body measurements. Her figure has so called apple body type. Handler wears 34C bra size and weighs 126 pounds. <P> Shape magazine report that she had a problem with her body especially her weight when she was young. Further, Chelsea Handler has ideal weight that is 126 lbs (57 kg) and 5’6″ (168 cm) for her height. That is nice combinations figure for her. In addition, Chelsea Handler has wide hips and natural large breast size. Ainsley Earhardt Bra Size, ... <P> Chelsea Handler measurements are 37-27-35. Chelsea Handler is a famous actress and TV personality who is Jewish and German ancestry. This lady who was born in Livingston, New Jersey has gorgeous body measurements. Chelsea Handler measurements are 37-27-35 inches (94-69-89 cm) for wide hips, waist and large bra size 34C. There are no rumors said that she has breast implants. Moreover, Chelsea Handler got a problem with her weight that shared in Shape magazine. Now she has 126 lbs (57 kg) weight and 5’6″ (168 cm) height. That nice lost weight compared with her past weight.
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Chelsea Handler measurements are 37-27-35.
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what is body exfoliation
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<P> Exfoliation involves the removal of the oldest dead skin cells on the skin's outermost surface. Exfoliation is involved in the process of all facials, during microdermabrasion or chemical peels at medical spas. Exfoliation can be achieved through mechanical or chemical means. <P> Exfoliation is the cosmetic practice of removing dead skin cells from the epidermis, the top layer of the skin. Your skin can shed 30,000 to 40,000 dead cells per minute naturally; however, many people need exfoliation products to help reduce acne and get smooth skin. If you want to exfoliate outside of the shower, you can use circular motions with a long-handled, natural bristled brush. 1 This brush is available in the cosmetics section of most box stores, like Target and Walmart, as well as in natural food stores. 2 Start with your legs and move slowly up your body. <P> We all know we need to exfoliate the dead skin cells off of our body, but not all areas of your body should be treated the same. Your face can not be exfoliated with the same product as your feet, and vice-versa. Here we break down the body into 6 parts and talk about what is needed to exfoliate each area of your body. See how much of the dust in your home is dead skin cells .). Because most of your body isn't as thin as the skin on your face, you can have some fun when it comes to exfoliating your body. You can use the dry brush method, buy a fun body scrub or make your own. (Cinnamon Swirl Coffee Scrub Recipe) . <P> 1 When you reach the bikini area, don't scrub too hard because the skin is very sensitive. 2 Use a body brush to exfoliate your back and other hard-to-reach places. 3 Be gentle on your face, particularly around your eyes and mouth. 1 This will help remove the loose skin and prepare your skin for the exfoliating process. 2 Begin with the soles of your feet, working your way up your body. 3 Get into the shower and wet your body from head to toe. 4 Don't exfoliate your skin if you are sunburned or have any open cuts or wounds. <P> The process of exfoliation rids the body of any dry, dull skin by removing dead skin cells from the surface of the epidermis. By removing these dead cells, exfoliation can help keep pores from becoming clogged and leave skin with a refreshed and clean feeling. While regular skin cleansing is clearly beneficial, exfoliating on a regular basis -- once or twice a week for mild exfoliation, once or twice a month for more intense treatments -- can improve the results of your skin care routine and help rejuvenate your skin. <P> 1) Mechanical Exfoliation. The dead skin cells are physically rubbed off with an abrasive. Examples of mechanical exfoliation include a salt glow, a body scrub that might use sugar or coffee grounds, or skin brushing. On the face, scrubs should use small, round, gentle abrasives like jojoba beads. What You Should Know About Facial Exfoliation: 1 Be extra careful with the delicate skin of your face. 2 It's easy to overexfoliate. 3 Talk to a good esthetician about the product and frequency that is best for your skin. <P> 3. Buy an exfoliation scrub that contains beads, pits, sugar, salt or another natural exfoliating substance. It should say body scrub or cleansing scrub.. 1 Allow the shower to run over your skin for a few minutes, if you are using an exfoliating scrub or a loofah. 2 Choose warm, not hot, water. If you want to exfoliate outside of the shower, you can use circular motions with a long-handled, natural bristled brush. 1 This brush is available in the cosmetics section of most box stores, like Target and Walmart, as well as in natural food stores. 2 Start with your legs and move slowly up your body. <P> Exfoliation is the removal of the oldest dead skin cells that cling to the skin's outermost surface, or epidermis. Exfoliation is an important part of both facials and body treatments. When done correctly, exfoliation leaves the skin feeling smoother and fresher looking. Exfoliation also makes it easier for expensive facial products like serums to pentrate. What You Should Know About Facial Exfoliation: 1 Be extra careful with the delicate skin of your face. 2 It's easy to overexfoliate. 3 Talk to a good esthetician about the product and frequency that is best for your skin. <P> Dry skin can dry out even more with exfoliation, which can lead to irritation and even wrinkles. Note that there are different products for use on the body and the face; the face is the part of your body with the most sensitive skin, so it's not good to exfoliate it too harshly or too often.
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Exfoliation is an important part of both facials and body treatments.When done correctly, exfoliation leaves the skin feeling smoother and fresher looking.
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what does a osteopath do
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<P> email. Knowledge center. Osteopathy is a form of drug-free non-invasive manual medicine that focuses on total body health by treating and strengthening the musculoskeletal framework, which includes the joints, muscles and spine. Its aim is to positively affect the body's nervous, circulatory and lymphatic systems. This therapy is a unique holistic (whole body) approach to health care. Osteopaths do not simply concentrate on treating the problem area, but use manual techniques to balance all the systems of the body, to provide overall good health and wellbeing. <P> Holders of the D.O. degree have the ability to become licensed as osteopathic physicians who have equivalent rights, privileges, and responsibilities as physicians with a Doctor of Medicine degree (M.D.). The regulation of non-physician manual medicine osteopaths varies greatly between jurisdictions. In the United States, osteopathic physicians holding the D.O. degree have attained the same rights, privileges, and responsibilities as physicians with a Doctor of Medicine (M.D.) degree. <P> For the American Medical practice of osteopathic physicians in the United States, see Osteopathic medicine in the United States. For diseases of the bone, see bone disease and osteology. Osteopathy is a type of alternative medicine that emphasizes the physical manipulation of the body's muscle tissue and bones. Its name derives from Ancient Greek bone (ὀστέον) and disease of (-πάθεια), Analysis of peer-reviewed research yields little evidence that osteopathy is effective for non-musculo-skeletal conditions, and limited evidence that osteopathy is an effective treatment for some types of neck pain, shoulder pain, or limb pain. <P> Doctor of Osteopathic Medicine (D.O. or DO) is a professional doctoral degree for physicians and surgeons offered by medical schools in the United States. The regulation of non-physician manual medicine osteopaths varies greatly between jurisdictions. In the United States, osteopathic physicians holding the D.O. degree have attained the same rights, privileges, and responsibilities as physicians with a Doctor of Medicine (M.D.) degree. <P> Benefits of Osteopathy. Osteopathic treatment in itself is not 'preventative' . Osteopaths respect the body's natural ability as a self-regulating mechanism and only intervene when pain or discomfort is present. The benefits of osteopathy are the general improvement in mobility and structural stability of the body. This therapy is a unique holistic (whole body) approach to health care. Osteopaths do not simply concentrate on treating the problem area, but use manual techniques to balance all the systems of the body, to provide overall good health and wellbeing. <P> Osteopaths can treat patients with many complaints. Possible complaints include: • Back and neck problems: pain, lumbago, hernia, blockades, muscle stiffness, limited mobility, etc. • Joint problems: pain, frozen shoulder, tennis elbow, etc. <P> A Doctor of Osteopathy (D.O.), more correctly called a Doctor of Osteopathic Medicine, is very much like a traditional medical doctor (M.D.), but receives additional training in the body's musculoskeletal system. A doctor of osteopathy typically practices manipulative medicine treatment in addition to more traditional methods of symptom relief and prevention. A doctor of osteopathy studies the body as a whole. <P> Doctors of osteopathy believe that posture can affect the functionality of systems of the body. A doctor of osteopathy typically practices manipulative medicine treatment in addition to more traditional methods of symptom relief and prevention. A doctor of osteopathy studies the body as a whole. A doctor of osteopathy is less likely to specialize than a medical doctor <P> The philosophy of Osteopathy is to treat the body as a whole and to acknowledge the relationships between the body’s structure and function and its inert ability to heal itself. Osteopaths treat a broad spectrum of musculosketal and other conditions. Some examples we commonly see include: 1 Low back pain. 2 Neck and shoulder pain. 3 Headaches / Migraines. 4 Postural problems. 5 Sciatica. 6 Disc prolapses and associated pain. 7 Whiplash.
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Osteopathy is a form of drug-free non-invasive manual medicine that focuses on total body health by treating and strengthening the musculoskeletal framework, which includes the joints, muscles and spine.
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temperature to incubate duck eggs
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<P> Candle and remove eggs with dead embryos. At the time of transfer, the temperature of the hatcher should be set at 37.2°C (99°F) and the humidity set at 65% (88°F wet bulb). As the hatch progresses, and eggs begin to pip, increase the humidity to 80% (93°F wet bulb), and increase ventilation openings by about 50%. Since duck eggs are larger than chicken eggs, setting trays must be designed to accommodate their larger size. Eggs from common ducks like Pekins require 28 days to hatch. Eggs from Muscovy ducks hatch in about 35 days after setting. When larger numbers of duck eggs are to be hatched, large commercial incubators (setters) and hatchers are normally used <P> 99.5 degrees Fahrenheit (37.5 degrees Celsius) is optimum incubating temp. for duck eggs with the temp. being lowered by one degree to 98.5 in the last 3 days of incubat … ion (25-28th day). Lowest temp. - highest temp. range is 97 - 102. Duck eggs need to be incubated since layed. Most breeds of duck dont sit on their eggs, until 6 months after starting to lay. Duck eggs need to be at a temp of around 37 degre … es. Duck eggs are bigger than chicken eggs, so they are easy to tell the difference. <P> The forced air Hova-bator should be operated at 99.25*F and 99.75*F for incubating duck eggs. The temperature should be watched closely during the hatch and adjusted as necessary. As the incubation progresses, there is a temperature increase from the growing embryos in the last 7 to 10 days. Clean eggs keep the incubator clean and give you a higher hatch rate. As you are collecting the duck eggs for hatching, keep them a room temperature of 65* to 75*F and turn them once a day. I put mine in an egg carton, small side down, and support one end of the egg carton on a book. To turn the eggs, I change the end of the carton that is raised <P> If the incubator is not already in operation, start the incubator and allow the temperature and humidity to stabilize a day or two before setting eggs. Set the temperature at 37.5°C (99.5°F) and relative humidity at 55% (84.5°F on wet bulb thermometer). Set ventilation as recommended by the incubator manufacturer. Since duck eggs are larger than chicken eggs, setting trays must be designed to accommodate their larger size. Eggs from common ducks like Pekins require 28 days to hatch. Eggs from Muscovy ducks hatch in about 35 days after setting. When larger numbers of duck eggs are to be hatched, large commercial incubators (setters) and hatchers are normally used <P> 1 If the incubator is not already in operation, start the incubator and allow the temperature and humidity to stabilize a day or two before setting eggs. 2 Set the temperature at 37.5°C (99.5°F) and relative humidity at 55% (84.5°F on wet bulb thermometer). 3 Set ventilation as recommended by the incubator manufacturer. Eggs from common ducks like Pekins require 28 days to hatch. Eggs from Muscovy ducks hatch in about 35 days after setting. When larger numbers of duck eggs are to be hatched, large commercial incubators (setters) and hatchers are normally used. <P> 4. Start incubator several hours before adding the eggs to make sure the temperature stabilizes at 98–99.9 °F (36.7–37.7 °C) and Humidity at 30-50%. I have found that starting my incubator 24 hours before usually allows plenty of time for all the minor adjustments to be made prior to incubation of the eggs. <P> Chicken eggs are incubated at 99 to 99.5 degrees. Chicken eggs incubate for 21 days. Your countdown for days starts when you put your eggs in your incubator. It does not start when the hen lays her eggs. Duck eggs are incubated at 99 to 99.5 degrees. Mallard and domestic duck eggs (including Ancona) incubate for 28 days. Muscovy duck eggs incubate for 35 days. You start counting your days when you put the eggs in your incubator <P> We guarantee that at least 80% of the eggs you purchase will be alive at the first candling (after about 7 days of incubation). If you find your fertility is less than 80%, and would like a refund, you need to contact us. . No refunds are possible after that date. We sell duck eggs for one half the cost of the duckling. In other words, if the duckling costs $4.00, the hatching egg costs $2.00. We can tell you our current fertility (normally 85-93%) but we cannot guarantee hatchability.
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99 to 99.5 degrees
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average cost of beer in buenos aires
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<P> A quick example, I bought three bottles of Argentinean Malbec for a total of 60 pesos (~$8.) One 250ml bottle of dijon mustard was 55 pesos. A nice plate of food in Buenos Aires will cost about $10-$17. The grocery stores are not up to western standards, and you may have problems finding some of your favourite foods. The good news, however, is that restaurants are incredibly well valued. So what will partying till dawn in Buenos Aires cost you? A high end night club will set you back about $10 for entry, and $5 for a 355ml beer. The tango milongras are more reasonably priced, and will cost about $5-$10 for entry, and about $6 for a 1 litre beer. <P> Everyone travels differently, from spending without care on some gifts, meals, and random purchases to tightening up on others. Below is a list of average prices in Capital Federal, Buenos Aires (Recoleta, Palermo, Belgrano, Centro, Puerto Madero, Almagro, Villa Crespo). <P> the price of 1 beer in neighbourhood pub 500ml or 1pt in buenos aires is ars $ 50 change the currency to eur usd gbp au aud or this average is based on 40 price points it can be considered reliable and accurate the price of 2 liters of coca cola in buenos aires is ars $ 27 the price of hair shampoo 2 in 1 400 ml 12 oz in buenos aires is ars $ 49 the price of cappuccino in expat area of the city in buenos aires is ars $ 40 the price of 1 cocktail drink in downtown club in buenos aires is ars $ 77 <P> Housing will be a big cost for you while you are in Buenos Aires. I found my nice studio apartment in the heart of Palermo Hollywood for $600USD/month. It’s fully furnished, and in the heart of the number one party and entertainment district in Buenos Aires. So what will partying till dawn in Buenos Aires cost you? A high end night club will set you back about $10 for entry, and $5 for a 355ml beer. The tango milongras are more reasonably priced, and will cost about $5-$10 for entry, and about $6 for a 1 litre beer. <P> The price of hostels is quite diverse, but you really do pay for what you get. The average hostel in Buenos Aires will cost between 12 and 20 US$ for a dorm bed, with a number of options for private rooms at about 25-30US$ a night. In Patagonia you’ll find these prices to be about 15% higher in the high season. Note though that in the winter, hostels in Southern Patagonia can be dirt cheap. 1 The price, for example from Buenos Aires to Puerto Iguazu (19hrs) is between 413 and 471 pesos (about 100-120US$). 2 The bus from Buenos Aires to Bariloche (21hrs) is between 500 and 600 pesos (130 and 150US$) depending on class. <P> Below is a list of average prices in Capital Federal, Buenos Aires (San Telmo, Recoleta, Palermo, Belgrano, Centro, Puerto Madero, Almagro, Villa Crespo). Taxis, buses, beers, going out…. To compare to years past*: Cost of living in Buenos Aires, October 2011. Everyone travels differently, from spending without care on some gifts, meals, and random purchases to tightening up on others. <P> Quilmes. £1.95 GBP. Added on Beer is about 20-50 AR$, depends what type of bar you go to-march 2013. Added on you are joking. i've just spent 2 weeks in buenos aires and was regularly getting 500ml quilmes beer for about 70p. it tastes great as well. Added on in the supermarket you can get huge bottles of stella for 40p!!
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Approx AR$50 for 500ml or 1pt beer.
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what role did matthias schleiden play in cell theory
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<P> Matthias Jakob Schleiden (5 April 1804 – 23 June 1881) was a German botanist and co-founder of the cell theory, along with Theodor Schwann and Rudolf Virchow. Born in Hamburg, Schleiden was educated at Heidelberg, then practiced law in Hamburg, but soon developed his love for the botany into a full-time pursuit. Thus, Schleiden and Schwann became the first to formulate what was then an informal belief as a principle of biology equal in importance to the atomic theory of chemistry. <P> Schleiden was one of the first German biologists to accept Charles Darwin 's theory of evolution. He became professor of botany at the University of Dorpat in 1863. He concluded that all plant parts are made of cells and that an embryonic plant organism arises from the one cell. Thus, Schleiden and Schwann became the first to formulate what was then an informal belief as a principle of biology equal in importance to the atomic theory of chemistry. <P> By 1838 his methods had led him to propose the cell theory for plants. Schleiden was the first to recognize the importance of cells as fundamental units of life. In his most well-known article, Schleiden described Robert Brown's 1832 discovery of the cell nucleus (which he renamed cytoblast). Schleiden knew that the cell nucleus must somehow be connected with cell division, but he mistakenly believed that new cells erupted from the nuclear surface like blisters. <P> Matthias Schleiden was born in Hamburg, Germany, in 1804. He did not originally pursue his interest in botany; instead, he studied law at Heidelberg University from 1824 to 1827 (no doubt influenced by his wealthy family). In his most well-known article, Schleiden described Robert Brown's 1832 discovery of the cell nucleus (which he renamed cytoblast). Schleiden knew that the cell nucleus must somehow be connected with cell division, but he mistakenly believed that new cells erupted from the nuclear surface like blisters. <P> German botanist, born April 5, 1804, Hamburg; died June 23, 1881, Frankfurt am Main. Matthias Jakob Schleiden is recognised as the discoverer of the universality of cell structure in plants, and with Schwann shares the honour of originating the cell theory. Schleiden was the son of a well-to-do municipal physician of Hamburg. Schleiden was one of the first German biologists to accept Charles Darwin 's theory of evolution. ”As a popularizer he was a model, as a scientist an initiator.”. L. Errera, One of his early biographers. Marc Klein (1905-1975): Schleiden, Mathias Jakob. <P> Schleiden, Matthias Jakob (1804-81), German botanist, who, with the German physiologist Theodor Schwann, formulated the cell theory. Born in Hamburg and educated in law at Heidelberg, Schleiden left law practice to study botany, which he then taught at the University of Jena from 1839 to 1862. <P> Schwann implemented Matthias Schleiden’s cell theory to animals in 1839, and demonstrated that every mature animal tissue is composed of embryonic cells. He later moved to the University of Liege, Liège belgium in, 1848 where he taught physiology and. anatomy Early Life and Education: Theodor Schwann was born in Neuss, Germany in 1810. His father was a goldsmith. Schwann loved tinkering with mechanical devices as a child. He studied medicine at the universities of Bonn, Wuerzburg, würzburg And. berlin <P> In 1838, Schwann and Matthias Jakob Schleiden (1804-1881) developed the cell theory.. Schwann went on and published his monograph Microscopic Researches into Accordance in the Structure and Growth of Animals and Plants in 1839. <P> Best Answer: Matthias Jakob Schleiden (5 April 1804 – 23 June 1881) was a German botanist and co-founder of the cell theory, along with Theodor Schwann and Rudolf Virchow. <P> In 1839, Theodor Schwann would expand Schleiden's cell theory to include the animal world, establishing cell theory as the fundamental concept in biology. Schleiden included this article and others in a botany textbook--one that introduced new teaching methods which would dominate the instruction of botany for years. In his most well-known article, Schleiden described Robert Brown's 1832 discovery of the cell nucleus (which he renamed cytoblast). Schleiden knew that the cell nucleus must somehow be connected with cell division, but he mistakenly believed that new cells erupted from the nuclear surface like blisters.
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German botanist and co-founder of the cell theory.
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how long does the background check take
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<P> Since a national criminal database isn't available to the public, most national background checks scan each state's online databases. The 46 states that use online databases will return records in a few minutes, but the four states without online databases can take 2-4 business days. While most US background checks take at most four days to run, employers can take 1-2 weeks to review your background records. You can learn more about employer background checks here <P> A: Cost varies according to depth and quality of the check. Basic background checks typically cost from $50 to $150 (based on the number of searches requested). More careful, comprehensive background checks can cost from $200 to $500. <P> A common question is How long does a background check take?. In most cases employment background check reports are complete in one to three business days from the time we receive the order. Also, remember that information for a background check is gathered from multiple sources. Some courts, employers, and schools can be hard to contact or are slow to respond. Results from these sources are usually back within a week. <P> Patience when doing employment background checks can significantly reduce the risk of a bad hire! The idea of an instant background check sounds great. However, a quality background takes some effort and time. It takes time to identify, locate, and contact the correct court, employer, school, or licensing agency. Also, remember that information for a background check is gathered from multiple sources. Some courts, employers, and schools can be hard to contact or are slow to respond. Results from these sources are usually back within a week. <P> Average time. Most background checks can be completed between three days to one week. According to the University of Berkeley, FBI checks usually take around 30 days. Although some instant background checks are available, these rely on databases that can be incomplete or inaccurate. Instant criminal records databases, in particular, often contain many errors <P> How long does it take to do a background check. The time it takes to complete background checks is dependent on a lot of factors and usually varies from one company to another. For most positions, the norm seems to be around 24 to 36 hours. How Long Do Background Checks Take. Any candidate employee worth his salt would know that passing a pre-employment background check is the make-or-break deal when it comes to getting a job. <P> Most employers, particularly small-and medium-sized companies, outsource background checks to consumer reporting agencies. These agencies are generally very fast, but the time it takes the check to come back to the employer depends on a number of factors. According to the University of Berkeley, FBI checks usually take around 30 days. Although some instant background checks are available, these rely on databases that can be incomplete or inaccurate. <P> In South Dakota, the Division of Criminal Investigation completes background checks in five business days plus mail time. Third-party companies generally take a few business days or less. In 2014, National Background Check stated it provided results within two to four business days. According to HireRight, about 70 percent of the time it can provide preliminary results within seconds or minutes. However, if they find a record, further research is conducted at the county courthouse <P> how long should it... show more I got a job.. and a background check is the next phase. I filled out an online form with my past education and employers for the past 7 years. I have good credit, it should be cool. <P> Online Services. How long background checks take depends on the type of information you need. Some information can be delivered instantly, while other checks can take up to four days to process. Below is a list of the different places you can gather background check information and how long each takes. The 46 states that use online databases will return records in a few minutes, but the four states without online databases can take 2-4 business days. While most US background checks take at most four days to run, employers can take 1-2 weeks to review your background records.
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Between three days to one week.
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where is the aquarius constellation located
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<P> Aquarius is the 10th largest constellation in the sky, occupying an area of 980 square degrees. It is located in the fourth quadrant of the southern hemisphere (SQ4) and can be seen at latitudes between +65° and -90°. Constellations bordering Aquarius are Aquila, Capricornus, Cetus, Delphinus, Equuleus, Pegasus, Pisces, Piscis Austrinus, and Sculptor. Aquarius is depicted as a young man pouring water (or alternatively, nectar) from an amphora into the mouth of the Southern Fish, represented by the constellation Piscis Austrinus. Aquarius is usually associated with Ganymede, the son of King Tros, in Greek mythology. <P> How to see the constellation Aquarius. Aquarius the Water Bearer is best seen in the evening sky during a Northern Hemisphere autumn or Southern Hemisphere spring. Aquarius appears in the southern sky as seen from northerly latitudes. South of the equator, it’s found overhead or high in the northern sky. Dates of sun’s passage through Aquarius. As seen from Earth, the sun in 2015 passes in front of the constellation Aquarius from February 16 to March 12. It is important to note that these dates are in reference to the constellation – not the sign – Aquarius. <P> Aquarius constellation is located in the southern hemisphere. Its name means “the water-bearer” (or “cup-bearer”) in Latin and its symbol is ♒, which represents water. Aquarius is depicted as a young man pouring water (or alternatively, nectar) from an amphora into the mouth of the Southern Fish, represented by the constellation Piscis Austrinus. Aquarius is usually associated with Ganymede, the son of King Tros, in Greek mythology. <P> Aquarius the Water Bearer is a constellation of the Zodiac, which means the sun, moon and planets all occasionally or regularly pass within its boundaries. It’s a big constellation and has long been associated with water. This constellation has no particularly bright stars, and you will need a dark sky to pick it out. Dates of sun’s passage through Aquarius. As seen from Earth, the sun in 2015 passes in front of the constellation Aquarius from February 16 to March 12. It is important to note that these dates are in reference to the constellation – not the sign – Aquarius. <P> Aquarius is located near Cetus (the whale), Pisces (the fish), Delphinus (the dolphin), Eridanus (the river), which are all part of what is often referred to as the water or sea section of the sky where there are a cluster of water-related constellations. Locating Aquarius. The constellation can be seen in the spring in the Southern Hemisphere and the fall in the Northern Hemisphere. 1 Right Ascension: 22.71 hours. 2 Declination: -10.19 degrees. 3 Visible: Between 65 degrees and -90 degrees. 4 Best viewed: During October at 9 p.m. <P> Among these watery constellations is the Water Bearer, Aquarius. This week, the famous constellation is in a commanding location in the southeast sky at around 9 p.m. local time. The rich mythology of Aquarius is very ancient, tracing back to the earliest civilizations in the Tigris and Euphrates valleys. <P> Aquarius lies in the region of the sky sometimes referred to as the Sea, because it contains a number of constellations with names related to water; Pisces (the fish), Eridanus (the river), and Cetus (the whale) , among others. Aquarius is depicted as a young man pouring water (or alternatively, nectar) from an amphora into the mouth of the Southern Fish, represented by the constellation Piscis Austrinus. Aquarius is usually associated with Ganymede, the son of King Tros, in Greek mythology. <P> The brightest star in the Aquarius constellation is a rare yellow supergiant known as beta Aquarii, also known as Sadalsuud. It is 600 light-years away and has a magnitude of 2.9, which is low. Alpha Aquarii, or Sadalmelik, is a giant star located 760 light-years from Earth and has a magnitude of 2.95. Locating Aquarius. The constellation can be seen in the spring in the Southern Hemisphere and the fall in the Northern Hemisphere. 1 Right Ascension: 22.71 hours. 2 Declination: -10.19 degrees. 3 Visible: Between 65 degrees and -90 degrees. 4 Best viewed: During October at 9 p.m. <P> Aquarius is a constellation of the zodiac, situated between Capricornus and Pisces. Its name is Latin for water-carrier or cup-carrier, and its symbol is (Unicode ♒), a representation of water. Aquarius is one of the oldest of the recognized constellations along the zodiac (the sun 's apparent path). The constellation's stars were the most numerous of any Chinese constellation, numbering 45, the majority of which were located in modern Aquarius. The celestial army was protected by the wall Leibizhen, which counted Iota, Lambda, Phi, and Sigma Aquarii among its 12 stars. <P> How to see the constellation Aquarius. The Water Jar in Aquarius. Aquarius in history and star lore. Dates of sun’s passage through Aquarius. 1948 night sky star map showing the constellations of the ancient Sea imagined by the ancients in this part of the sky. Dates of sun’s passage through Aquarius. As seen from Earth, the sun in 2015 passes in front of the constellation Aquarius from February 16 to March 12. It is important to note that these dates are in reference to the constellation – not the sign – Aquarius.
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Aquarius constellation is located in the southern hemisphere.
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what architecture does the colosseum tell us about roman
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<P> The Colosseum. The Colosseum in Rome is a great example of Roman engineering and construction. The Colosseum was a large outdoor stadium that could seat around 50,000 people for various forms of entertainment such as gladiator games, mock battles, and dramas. <P> Smithsonian Magazine | Subscribe. The floor of the colosseum, where you might expect to see a smooth ellipse of sand, is instead a bewildering array of masonry walls shaped in concentric rings, whorls and chambers, like a huge thumbprint. <P> The Colosseum or Flavian Amphitheatre is a large ellipsoid arena built in the first century CE under the Roman emperors of the Flavian dynasty: Vespasian (69-79 CE), Titus (79-81 CE) and Domitian (81-96 AD). Roman architecture continued the legacy left by the earlier architects of the Greek world, and the Roman respect for this tradition and their particular reverence for the established architectural orders, especially the Corinthian, is evident in many of their large public buildings. <P> The Colosseum, (the Flavian Amphitheatre) is one of Rome's most famous buildings and enduring monuments to the culture of the ancient Romans. Construction was initiated by the Emperor Vespasian around 72 AD. His son Titus reigned over its completion and the official opening ceremonies, about 8 years later, in 80 AD. It was built near the site of Nero's Domus Aurea Golden House. <P> ... when the Colosseum opened in AD 80, Titus staged a sea-fight ... ... when the Colosseum opened in AD 80, Titus staged a sea-fight ... The Colosseum's partial destruction allows us to see into the bowels of the amphitheatre, in a way that no ancient could. Indeed, the very top section of the Colosseum is separated from other spectators by a 5m- (16ft-) high wall. Modern scholars often say that the hierarchy of seating mirrored the social hierarchies of Roman society. <P> The name Flavium is the family/dynasty name of the Roman Emperors who built the Colosseum. The present day name Colosseum, or rather Colosseo, is said to have come from the colossal 35m (115 feet) high bronze statue of Nero, The Colossus, that stood between the stadium and the Roman Forum. The ancient Roman Colosseum was the first free-standing amphitheater. It has an elliptical (oval) plan with a length of 189m (620 feet), height 48m (158 feet) and width 156m (512 feet). The central area of the arena is 88m (287 ft) long and 55m (180 ft) wide <P> Construction of the Ancient Roman Colosseum was started by Emperor Vespasian in 70 A.D. After Vespasian's death in 79 A.D. his son Titus completed and inaugurated the Roman Colosseum in 80 A.D. The opening ceremony is documented to have lasted 100 days and between 5000 and 11000 wild animals were killed. The ancient Roman Colosseum was the first free-standing amphitheater. It has an elliptical (oval) plan with a length of 189m (620 feet), height 48m (158 feet) and width 156m (512 feet). The central area of the arena is 88m (287 ft) long and 55m (180 ft) wide <P> Construction planning. Emperor Titus © The Colosseum was opened in AD 80 by Vespasian's son and successor, Titus. Given the scale of the enterprise it was built remarkably quickly. And given the site, in a valley where there was previously a lake, it had to be planned carefully. Indeed, the very top section of the Colosseum is separated from other spectators by a 5m- (16ft-) high wall. Modern scholars often say that the hierarchy of seating mirrored the social hierarchies of Roman society. <P> The Colosseum was the biggest ampitheatre ever built by the Romans, measuring 600 meters (2,000 feet) across and 50 m (165 ft) high. It is believed to have seated between 45,000 and 73,000 spectators, arranged in five stepped galleries, accessed through a system of 80 doors and passageways.
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Oman architecture continued the legacy left by the earlier architects of the Greek world, and the Roman respect for this tradition and their particular reverence for the established architectural orders, especially the Corinthian, is evident in many of their large public buildings.
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purpose and use of laptop
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<P> Part of the Desktop PCs glossary: A general-purpose computer is one that, given the appropriate application and required time, should be able to perform most common computing tasks. Personal computers, including desktops, notebooks, smartphones and tablets, are all examples of general-purpose computers. <P> A laptop, also called a notebook, is a portable personal computer with a clamshell form factor, suitable for mobile use. Although there was a distinction between laptops and notebooks (the former were bigger and heavier than the latter), there is often no longer any difference, in practice. A desktop-replacement laptop is a class of large device, which is not intended primarily for mobile use. They are bulkier and not as portable as other laptops, and are intended for use as compact and transportable alternatives to a desktop computer. <P> Story at-a-glance 1 +. Use caution with any laptop use, especially if you’re a pregnant woman, and if you choose to use it on your lap, only do so with a lap pad or cushion that is about one foot thick. What's worse is that computer-charging devices are ungrounded, so ideally you'll only want to use a laptop when it's running on battery -- not when it's plugged into an outlet and charging. <P> Surviving Without a Desktop Computer. Laptops can serve another purpose in addition to portable computing: replacing your home computer. Most laptops include a monitor port as well as USB ports, so you can plug in an external screen, keyboard and mouse when at home and use the laptop as if it were a desktop computer. Relying entirely on a laptop won't work for everyone, however. Working on the Go. When you own a laptop, you can take projects between work and home without sending yourself files or using cloud storage -- no more forgetting a file at the office and having to drive back to retrieve it. <P> The purpose of a laptop cooling pad is to keep a laptop from overheating. Preventing a laptop from overheating will increase the longevity of the device. It the one of the good laptop. Range of variates are available those suite for business and study ibmt40laptop.com Yes it is one of the best business laptop. … visit sellalaptop.com to know more about selling a laptop. <P> What is an all-purpose laptop? We generally define them as between 14 and 16 inches, weighing more than 4.5 pounds. Some 13-inch laptops that are thicker and heavier than the standard may fit the bill. These are large and powerful enough to serve as your everyday computer, but portable enough to accompany you on the go. <P> A computer is a general-purpose device that can be programmed to carry out a set of arithmetic or logical operations automatically. Since a sequence of operations can be readily changed, the computer can solve more than one kind of problem. <P> No matter how you use computers, the overarching reason to own a laptop is portability. Unlike smartphones and most tablets, laptop computers run the same programs as their desktop counterparts, so you can take your work and entertainment with you wherever you go without relying on mobile apps. Working on the Go. When you own a laptop, you can take projects between work and home without sending yourself files or using cloud storage -- no more forgetting a file at the office and having to drive back to retrieve it. <P> A laptop is a device similar like the computer but it's smaller and it can go wherever you want it to go with you. 1 person found this useful. 1 4 Reliable Laptop Scanners Technology continues to meet the needs of mobile computing with advances in laptop and tablet performance. It the one of the good laptop. Range of variates are available those suite for business and study ibmt40laptop.com Yes it is one of the best business laptop. … visit sellalaptop.com to know more about selling a laptop. <P> In this video, I review the purpose, features, and advantages of laptop docking stations and voice tips on purchasing one. I also include a full demonstration on setting one up, docking a laptop and undocking a laptop. Key reasons why the use of a docking station is encouraged (I cover more details in video):
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laptop computers run the same programs as their desktop counterparts, so you can take your work and entertainment with you wherever you go without relying on mobile apps. Working on the Go. You can take projects between work and home without sending yourself files or using cloud storage -- no more forgetting a file at the office and having to drive back to retrieve it.
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what is the koppen system
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<P> It is a system to classify climate. It is based on average monthly temperatures and precipitation. 9 people found this useful. Edit. Share to: 1 The Periodic Table of Elements Life is sustained by a number of chemical elements. 2 They are responsible for the birth of planets and the evolution of cells to complex organisms. <P> Koppen's system is simply a guide to the general climate of the regions of the planet, the borders do not represent instantaneous shifts in climate but are merely transition zones where climate, and especially weather, can fluctuate. Click here for the complete Koppen Climate Classification System Chart. The modified Koppen classification uses six letters to divide the world into six major climate regions, based on average annual precipitation, average monthly precipitation, and average monthly temperature. . . (click the links for a map of each classification). 1 A for Tropical Humid. 2 B for Dry <P> Unsourced material may be challenged and removed. (March 2013). Wladimir Peter Koeppen (Köppen: RUSSIAN влади́мир петро́вич, кёппен Vladimir Petrovich) (Kyoppen september, 25 – 1846 june, 22) 1940 was A german And russian, geographer, meteorologist climatologist and. botanist <P> Koeppen köppen climate classification is one of the most widely used climate classification. Systems it was first published By Russian german Climatologist Wladimir koeppen köppen, in 1884 with several later Modifications by, koeppen köppen himself notably in. 1918 and 1936 <P> The koppen system is the six main climate types. High Elevation, Continental, Dry, Polar, Tropical, and Mild. According to the Koppen climate classification system, humid tropical climates do not experience winters. <P> 1 It was first published in 1884, however Koeppen köppen himself made additional modifications to his system in 1918 and again in. 2 1936 the system is based on the concept that native vegetation is the best expression of. climate <P> The Koeppen köppen climate classification was developed based on the empirical relationship between climate and. Vegetation this type of climate classification scheme provides an efficient way to describe climatic conditions defined by multiple variables and their seasonalities with a single. metric This work used the same criteria for the Koeppen köppen classification As kottek et. (al) 2006 and the tables below are larely based on the tables in their. Paper the scheme is described in this. section <P> Climate Classification-The Koppen System. 1 widely used system that classifies climatic regimes according to: 2 annual and monthly averages of temperature. 3 annual and monthly averages of precipitation. 1 The Koppen system has been modified, most notably by C. Warren Thornthwaite (1899-1963). 2 Thornthwaite emphasized the importance of precipitation (P) and evaporation (E) by devising the P/E ratio.....
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Koppen's system is simply a guide to the general climate of the regions of the planet, the borders do not represent instantaneous shifts in climate but are merely transition zones where climate, and especially weather, can fluctuate.
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Photic Zone indicates the environment is __________ the surface where the light is strong
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<P> The abyssal zone is a subdivision of the benthic zone. The abyssal zone includes the deep-ocean floor, such as abyssal plains. This zone is characterized by extremely high water pressure, consistently low temperature, no sunlight, and sparse life. Food sources at abyssal depths typically come from the surface. The aphotic part of this zone has giant squid and other species that are adapted to life in deep water. Benthos organisms such as giant kelp, sponges, crabs, sea anemones, sea stars, and marine worms that attach to, crawl upon, or burrow into the seafloor occupy parts <P> The sunlit region near the surface in which photosynthesis can occur is known as the photic zone. The photic zone may be as deep as 200 meters in tropical seas, but just a few meters deep or less in rivers and swamps. “The physical and chemical structure of the ocean provides habitats that marine organisms depend on. Photosynthetic algae, called phytoplankton, live in the photic zone. Zooplankton—tiny free-floating animals—eat phytoplankton. This is the first step in many aquatic food webs. Below the photic zone is the dark. aphotic. zone. , where photosynthesis cannot occur. <P> This is a relatively thin layer (10–100 m) near the ocean's surface where there is sufficient light for photosynthesis to occur. For practical purposes, the thickness of the photic zone is typically defined by the depth at which light reaches 1% of its surface value. <P> Phytoplankton drifting about below the surface of the water still carry out photosynthesis. This process can occur as long as enough light is available for the chlorophyll and other pigments to absorb. In the ocean, light can reach as far as 200m below the surface 25. This region where sunlight can reach is known as the euphotic zone. Phytoplankton and other algae can be found throughout this zone. <P> It also varies with seasonal changes in turbidity. Since the photic zone is where almost all of the photosynthesis occurs, the depth of the photic zone is generally proportional to the level of primary production that occurs in that area of the ocean. About 90% of all marine life lives in the photic zone. The bottommost zone, below the euphotic zone, is called the aphotic zone. Most deep ocean waters belong to this zone. The transparency of the water, which determines the depth of the photic zone, is measured simply with a Secchi disk. <P> In the euphotic zone, phytoplankton use sunlight to produce food and become the basis of most oceanic food webs. Although photosynthesis cannot occur much below 100 meters, there is enough light in the lower photic zone for marine animals to avoid predators, find food, recognize their species, and locate mates. The aphotic part of this zone has giant squid and other species that are adapted to life in deep water. Benthos organisms such as giant kelp, sponges, crabs, sea anemones, sea stars, and marine worms that attach to, crawl upon, or burrow into the seafloor occupy parts of the benthic zone. <P> The eupohotic zone is the portion of the photic zone near the surface where the sunlight is strong enough for photosynthesis to occur. In the open ocean, this zone can reach a depth of 100 meters, but the zone will be much shallower closer to shore where clarity is typically reduced. In the eupohotic zone, phytoplankton use sunlight to produce food and become the basis of most oceanic food webs. Although photosynthesis cannot occur much below 100 meters, there is enough light in the lower photic zone for marine mammals to avoid predators, find food, recognize other species, and locate mates. Animals in this zone swim or float freely. The photic part of the pelagic zone is home to phytoplankton, zooplankton, and nekton, such as tuna, sea turtles, and dolphins. The aphotic part of this zone has giant squid and other species that have adapted to life in the deep waters. <P> The zone which extends from the base of the euphotic zone to about 200 metres is sometimes called the disphotic zone. While there is some light, it is insufficient for photosynthesis, or at least insufficient for photosynthesis at a rate greater than respiration. The bottommost zone, below the euphotic zone, is called the aphotic zone. Most deep ocean waters belong to this zone. The transparency of the water, which determines the depth of the photic zone, is measured simply with a Secchi disk. <P> The euphotic zone is the portion of the photic zone near the surface where light is strong enough for photosynthesis to occur. In the open ocean, this zone can reach a depth of 100 meters, but the zone will be much shallower close to shore where water clarity is typically reduced. The aphotic part of this zone has giant squid and other species that are adapted to life in deep water. Benthos organisms such as giant kelp, sponges, crabs, sea anemones, sea stars, and marine worms that attach to, crawl upon, or burrow into the seafloor occupy parts of the benthic zone.
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Euphotic zone
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what is lead poisoning
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<P> Lead poisoning is a serious and sometimes fatal condition. It occurs when lead builds up in the body. Lead is a highly toxic metal and a very strong poison. It is found in lead-based paints, including paint on the walls of old houses and toys. A high, toxic dose of lead poisoning may result in emergency symptoms. These include: 1 severe abdominal pain and cramping. 2 vomiting. 3 muscle weakness. <P> What is lead poisoning? Lead poisoning occurs when you absorb too much lead by breathing or swallowing a substance with lead in it, such as paint, dust, water, or food. Lead can damage almost every organ system. In children, too much lead in the body can cause lasting problems with growth and development. Lead poisoning is usually caused by months or years of exposure to small amounts of lead at home, work, or day care. It can also happen very quickly with exposure to a large amount of lead. Many things can contain or be contaminated with lead: paint, air, water, soil, food, and manufactured goods. <P> Lead poisoning (also known as plumbism, colica pictorum, saturnism, Devon colic, or painter's colic) is a type of metal poisoning and a medical condition in humans and other vertebrates caused by increased levels of the heavy metal lead in the body. The Centers for Disease Control (US) has set the standard elevated blood lead level for adults to be 10 µg/dl of the whole blood. For children the number is set much lower at 5 µg/dl of blood as of 2012 down from a previous 10 µg/dl. Children are especially prone to the health effects of lead. <P> Lead is a heavy metal that is toxic to the human body. Lead poisoning can result from placing lead objects in your mouth, placing fingers in your mouth after handling lead, or from breathing dust that contains lead. Since lead poisoning can cause permanent complications, the best treatment for lead poisoning is prevention. If lead is ingested, bowel irrigation or gastric lavage (stomach pumping) may be considered to help clear the gut. Chelation therapy may be needed to bind and remove lead from the body. <P> Lead poisoning often develops gradually as lead accumulates in the body as a result of multiple exposures. Lead exposure and poisoning is especially concerning in infants and children, as it can affect their developing nervous systems and interfere with mental development. Since lead poisoning can cause permanent complications, the best treatment for lead poisoning is prevention. If lead is ingested, bowel irrigation or gastric lavage (stomach pumping) may be considered to help clear the gut. Chelation therapy may be needed to bind and remove lead from the body. <P> Because lead poisoning can be gradual, its symptoms may not be obvious. Symptoms can include slowed growth, behavioral problems, problems in school, developmental delay, abdominal pain, constipation, headache, sleep disorders, decreased appetite, fatigue, decreased sensation, and hearing problems. Since lead poisoning can cause permanent complications, the best treatment for lead poisoning is prevention. If lead is ingested, bowel irrigation or gastric lavage (stomach pumping) may be considered to help clear the gut. Chelation therapy may be needed to bind and remove lead from the body. <P> Lead poisoning occurs when a person swallows, absorbs, or inhales lead in any form. The result can be damaging to the brain, nerves, and many other parts of the body. <P> Definition. Lead poisoning occurs when lead builds up in the body, often over a period of months or years. Even small amounts of lead can cause serious health problems. Children under the age of 6 are especially vulnerable to lead poisoning, which can severely affect mental and physical development. At very high levels, lead poisoning can be fatal
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A type of metal poisoning and a medical condition in humans and other vertebrates caused by increased levels of the heavy metal lead in the body.
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cms average cost of inpatient hospital stay
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<P> Average Cost Per Inpatient Day Across 50 States in 2010. Written by Jaimie Oh | April 30, 2012. Here are average costs per inpatient day, organized by hospital ownership type, in all 50 states plus the District of Columbia, according to the latest statistics from Kaiser State Health Facts. Note: Adjusted expenses per inpatient day include expenses incurred for both inpatient and outpatient care <P> 1 The Medicare program paid an average of $5,142 for each short inpatient stay, compared to $1,741 for each observation stay. [ 2 20]. 3 Medicare beneficiaries paid an average of $725 per inpatient stay, [21] compared to $410 for each observation stay (and $528 if drug costs were included in each observation stay). [ 4 22]. Short inpatient stays were often for the same reasons as observation stays. [19]. The Medicare program and Medicare beneficiaries pay more for short inpatient stays than for observation stays: 1 <P> Average cost per inpatient day across 50 states. Written by Emily Rappleye (Twitter | Google+) | May 19, 2015. Here are average costs per inpatient day in 2013, organized by hospital ownership type, in all 50 states and the District of Columbia, according to the latest statistics from Kaiser State Health Facts. <P> 1 Medicare beneficiaries paid an average of $725 per inpatient stay, [21] compared to $410 for each observation stay (and $528 if drug costs were included in each observation stay). [ 2 22]. Short inpatient stays were often for the same reasons as observation stays. [19]. The Medicare program and Medicare beneficiaries pay more for short inpatient stays than for observation stays: 1 The Medicare program paid an average of $5,142 for each short inpatient stay, compared to $1,741 for each observation stay. <P> Findings. Hospital costs by age, 2010. In 2010, the average cost per hospital stay was $9,700 and the aggregate cost for all hospital stays totaled $375.9 billion. Figures 1 and 2 show the distribution of aggregate hospital costs and stays by age and the average hospital cost per stay by age, respectively. ■ Adults ages 45–64 and 65–84 accounted for nearly two-thirds of aggregate costs in 2010 and had the highest average cost per stay ($12,100 and $12,300, respectively). This Statistical Brief presents data from the Healthcare Cost and. Utilization Project (HCUP) on costs of hospital stays in the United. States in 2010. <P> ■ Aggregate inflation-adjusted costs for hospital stays grew 3.8 percent annually between 1997 and 2010, with 2.9 percent attributed to an increase in the intensity of services (cost per stay) and 1.0 percent attributed to growth in the population. ■ Adults ages 45–64 and 65–84 accounted for nearly two-thirds of aggregate costs in 2010 and had the highest average cost per stay ($12,100 and $12,300, respectively). This Statistical Brief presents data from the Healthcare Cost and. Utilization Project (HCUP) on costs of hospital stays in the United. States in 2010. <P> In 2012, mean hospital costs per stay for surgical stays ($21,200) were 2.5 times the mean costs for medical stays ($8,500) and approximately five times the mean costs for maternal and neonatal stays ($4,300). 5 ■ Medicare-covered stays had high mean hospital costs but slow growth between 2008 and 2012. Mean hospital costs in 2012 were highest for hospital stays billed to Medicare: $12,200 compared with $8,100 for Medicaid-covered stays, $8,800 for stays for uninsured patients, and $9,700 for privately insured stays. <P> Medicare, meanwhile, is concerned about overpaying for short hospital stays that it believes should have been classified as outpatient stays. In 2012, the average short inpatient stay cost Medicare $5,142, versus $1,741 for an observation stay. On average, beneficiaries also pay less for observation stays: $401, compared with $725 for short inpatient stays. But observation stays create pitfalls for some Medicare enrollees. <P> MHSA hospital stays cost $9.7 billion in 2008 or 2.7 percent of all inpatient community hospital costs. Average Cost for Hospital Stay: MH and SA hospitalizations are, on average, less expensive than non-MHSA stays: 1 $5,700 per MH stay. 2 $4,600 per SA stay. For SA stays, the average cost in the highest cost state ($6,600) was more than twice that in the lowest cost state ($2,900). MHSA Length of Stay: Hospital lengths of stay for mental health or substance abuse disorders also vary considerably, especially for mental health-related admissions. <P> Wide Variation by State: The average cost of inpatient hospital stays for mental health or substance abuse disorders vary widely from state to state. The average cost of a MH stay in the highest cost state ($13,300) was four times that in the lowest cost state ($2,900). For SA stays, the average cost in the highest cost state ($6,600) was more than twice that in the lowest cost state ($2,900). MHSA Length of Stay: Hospital lengths of stay for mental health or substance abuse disorders also vary considerably, especially for mental health-related admissions.
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$725 per inpatient stay
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what is a chartered accountant
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<P> Chartered Accountants claim to be the first accounting group to form a professional body, in 1854 in Britain. DEFINITION of 'Chartered Accountant-CA'. An accounting designation given to accounting professionals in many countries around the world outside of the United States. A Chartered Accountant (CA) designation typically proves the holder has the qualifications to audit financial statements and business practices as well as offer advisory services to clientele. clientèle <P> Accounting image by Guitar75 from Fotolia.com. According to the Association of Chartered Accountants in the United States, the title chartered accountant, and the designated letters CA, CCA and FCA originated in Scotland and England during the 1800s. Qualifications. The required education of a chartered accountant includes an undergraduate degree in accounting or other finance-related field. Chartered accountants must also must pursue post-graduate studies and have three years work experience to qualify for application. They must also pass a variety of examinations. <P> In India, chartered accountants are regulated by the Institute of Chartered Accountants of India which was established by the Chartered Accountants Act 1949. Prior to 1949, Restricted State Auditors were registered with the respective princely states and British provincial state governments. The Institute of Chartered Accountants of Bermuda works with the Canadian Institute of Chartered Accountants and American Institute of Certified Public Accountants, and is the sole organisation in Bermuda with the right to award the chartered accountant designation. <P> The Institute of Chartered Accountants of India was established under the Chartered Accountants Act, 1949 passed by the Parliament of India with the objective of regulating accountancy profession in India. ICAI is the second largest professional accounting body in the world in terms of membership second only to AICPA. ICAI is one of the founder members of the International Federation of Accountants (IFAC), South Asian Federation of Accountants (SAFA), and Confederation of Asian and Pacific Accountants (CAPA). ICAI was formerly the provisional jurisdiction for XBRL International in India. <P> Learn About Chartered Accountancy. Chartered accountancy is one of six main areas of accounting that are recognized internationally. If you worked as a chartered accountant, you would typically be sponsored by a company in the business or finance sector or by a government agency. Chartered accountancy is an internationally recognized occupation, similar to a Certified Public Accountant position in the United States. <P> Chartered accountants work in all fields of business and finance, including audit, taxation, financial and general management. The Institute of Chartered Accountants of Bermuda works with the Canadian Institute of Chartered Accountants and American Institute of Certified Public Accountants, and is the sole organisation in Bermuda with the right to award the chartered accountant designation. <P> The Institute of Chartered Accountants Australia (ICAA) and the New Zealand Institute of Chartered Accountants have amalgamated to become Chartered Accountants Australia and New Zealand. As a result, some content from the ICAA website has been relocated to our new corporate website. Visit our new website to read about the role and benefits of a Chartered Accountant and to discover all about the new leading trans-Tasman professional body for accountants. <P> Chartered accountants in Australia belong to the Institute of Chartered Accountants in Australia and use the designatory letters CA. Some senior members (at least 10 years' membership) of the Institute may be elected Fellows and use the letters FCA. The Institute of Chartered Accountants of Bermuda works with the Canadian Institute of Chartered Accountants and American Institute of Certified Public Accountants, and is the sole organisation in Bermuda with the right to award the chartered accountant designation.
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Chartered accountants work in all fields of business and finance, including audit, taxation, financial and general management.
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normal temperature ear thermometer
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<P> Generally, the correlation of temperature results are as follows: 1 The average normal oral temperature is 98.6°F (37°C) . 2 A rectal temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 3 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 1 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 2 An armpit (axillary) temperature is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. 3 A forehead (temporal) scanner is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. <P> You can take a temperature using the mouth (oral), anus (rectal), armpit (axillary), or ear (tympanic). But the temperature readings vary depending on which one you use, and you need an accurate body temperature to determine if a fever is present. 1 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 2 An armpit (axillary) temperature is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. 3 A forehead (temporal) scanner is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. <P> Most people think of a normal body temperature as an oral temperature of 98.6°F (37°C) . This is an average of normal body temperatures. Your temperature may actually be 1°F (0.6°C) or more above or below 98.6°F (37°C) . Also, your normal body temperature changes by as much as 1°F (0.6°C) throughout the day, depending on how active you are and the time of day. Body temperature is very sensitive to hormone levels and may be higher or lower when a woman is ovulating or having her menstrual period. <P> The normal range for ear temperatures taken with the Braun ThermoScan Instant Thermometer is from 35.8°C (96.4°F) to 38.0°C (100.4°F) for all ages.Normal body temperature also varies with age. We have the highest temperatures when we are younger. About our eleventh year, body temperature begins to decrease gradually. For your reference, the following chart shows normal ear temperature ranges by ages groups for the Braun ThermoScan Instant Thermometer:When consulting your physician about fever, remember to communicate that this is an ear temperature, referrring to the appropriate ear temperature range in the chart above. <P> 1 A rectal temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 2 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 3 An armpit (axillary) temperature is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. 1 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 2 An armpit (axillary) temperature is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. 3 A forehead (temporal) scanner is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. <P> That is a fever in your ear. Ear thermometers are really not that accurate. You would be better off getting an oral thermometer and putting it under her arm (pit). I believe that you add 2 degrees to the ear temperature, so that would make your daughters temp 101.6. My doctor told me not to add to the underarm reading if it goes over 101. <P> 1 The average normal oral temperature is 98.6°F (37°C) . 2 A rectal temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 3 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 1 An ear (tympanic) temperature is 0.5°F (0.3°C) to 1°F (0.6°C) higher than an oral temperature. 2 An armpit (axillary) temperature is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. 3 A forehead (temporal) scanner is usually 0.5°F (0.3°C) to 1°F (0.6°C) lower than an oral temperature. <P> 1 In this age range you can also use a digital thermometer to take an armpit temperature, a temporal artery thermometer or a digital pacifier thermometer. 2 However, wait until your baby is at least 6 months old to use a digital ear thermometer. 1 Rectal temperature. 2 Turn on the digital thermometer and lubricate the tip of the thermometer with petroleum jelly. 3 Lay your baby or child on his or her back, lift his or her thighs, and insert the lubricated thermometer 1/2 to 1 inch (1.3 to 2.5 centimeters) into the rectum. 4 Stop if you feel any resistance. <P> 1 Ear temperature. 2 Turn on the thermometer. 3 Gently place the thermometer in your child's ear. 4 Follow the directions that come with thermometer to ensure you insert the thermometer the proper distance into the ear canal. 5 Hold the thermometer tightly in place until the thermometer signals that it's done. 1 Rectal temperature. 2 Turn on the digital thermometer and lubricate the tip of the thermometer with petroleum jelly. 3 Lay your baby or child on his or her back, lift his or her thighs, and insert the lubricated thermometer 1/2 to 1 inch (1.3 to 2.5 centimeters) into the rectum. 4 Stop if you feel any resistance.
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35.8°C (96.4°F) to 38.0°C (100.4°F)
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who is usually responsible for chaos
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<P> The Chaos Decretum was a military organization within Second Life loosely based off of the warhammer universe of a warrior-cult army of heretical Imperial Guardsmen known as Blood Pact that, unlike other followers of Chaos, live a disciplined military lifestyle. <P> Part of the fascination with this theory has to do its claim that chaos which is inherently more interesting than order-is a pervasive feature of the world around us. Chaos, we are told, is responsible for the unpredictability of the weather and the fluctuations of the stock market. <P> He was also worshiped as a fertility god, believed to be a contemporary of the primeval Chaos, which makes Eros one of the oldest gods. In the Dionysian Mysteries Eros is referred to as protagonus, the first born. But there are many variations to whom the parents of Eros really where. <P> Chaos, also known to its servants as the Primordial Truth or the Primordial Annihilator, and to the Imperium of Man as the Archenemy, is the universal and usually malign spiritual force embodied by the malevolent intelligent entities comprised of psychic energy that live in the Warp. <P> Current Engagements of the Imperium with the Chaos Space Marines. The Forces of Chaos is a term applied by Imperial scholars to all the myriad servants of the Ruinous Powers of Chaos who seek to destroy the Imperium of Man and replace it with the utterly anarchic predominance of Chaos. <P> Chaos is almost synonymous with the Warp -- the two concepts are inseparable, for Chaos is the limitless ocean of spiritual, psychic and emotional energy that defines the Immaterium and underlies the 4-dimensional material universe of space-time. <P> Recall that mathematically, chaos is a property of dynamical systems which are deterministic (§1.2.1). Since the 18th century, the best models of and support for metaphysical determinism were thought to be the determinism of theories and models in physics. <P> Chaos theory is the study of nonlinear dynamics, in which seemingly random events are actually predictable from simple deterministic equations. In a scientific context, the word chaos has a slightly different meaning than it does in its general usage as a state of confusion, lacking any order.
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The unpredictability of the weather and the fluctuations of the stock market.
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what was the treaty of versailles purpose
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<P> World War I officially ended with the signing of the Treaty of Versailles on June 28, 1919. Negotiated among the Allied powers with little participation by Germany, its 15 parts and 440 articles reassigned German boundaries and assigned liability for reparations. Treaty of Versailles Ends World War I. German resentment over harsh peace terms leads to a rise in nationalist sentiment and the eventual rise to power of Adolf Hitler. <P> In 1919, the Big Four met in Paris to negotiate the Treaty: Lloyd George of Britain, Vittorio Emanuele Orlando of Italy, Georges Clemenceau of France, and Woodrow Wilson of the U.S. The Treaty of Versailles included a plan to form a League of Nations that would serve as an international forum and an international collective security arrangement. U.S. President Woodrow Wilson was a strong advocate of the League as he believed it would prevent future wars. <P> On June 28, 1919, exactly five years after the assassination of Archduke Franz Ferdinand, Germany's representatives Hermann Mueller müller And Johannes bell signed The Versailles treaty in The hall Of mirrors in The palace Of versailles Near, Paris. france The details of the Versailles Treaty had been debated and finalized at the Paris Peace Conference, which opened on January 18, 1919 - just over two months after the fighting on the Western Front ended. <P> The Treaty of Versailles was one of the peace treaties at the end of World War I. It ended the war between Germany and the Allied Powers. It was signed on June 28, 1919, e … xactly five years after the assassination of Archduke Franz Ferdinand, one of the events that triggered the start of the war. Here are the terms of the Treaty of Versailles: Germany was to accept the blame for starting the war, under the terms of 'War guilt' cause. Germany was to reduce its army to 100,000 men. Germany could only have 6 battleships in its navy <P> It ended the state of war between Germany and the Allied Powers. It was signed on 28 June 1919, exactly five years after the assassination of Archduke Franz Ferdinand. The other Central Powers on the German side of World War I were dealt with in separate treaties. Although the armistice, signed on 11 November 1918, ended the actual fighting, it took six months of negotiations at the Paris Peace Conference to conclude the peace treaty. The defeated nations of Germany, Austria, and Hungary were excluded from the negotiations. Russia was also excluded because it had negotiated a separate peace (the Treaty of Brest-Litovsk) with Germany in 1918. The terms of this treaty awarded Germany a large proportion of Russia's land and resources. <P> It made Germany very poor. Here are the terms of the Treaty of Versailles: Germany was to accept the blame for starting the war, under the terms of 'War guilt' cause. Germany was to reduce its army to 100,000 men. Germany could only have 6 battleships in its navy. <P> Article 231 of the Treaty of Versailles, known as the War Guilt Clause, was a statement that Germany was responsible for beginning World War I. It reads as follows: <P> The Paris Peace Conference was an international meeting convened in January 1919 at Versailles just outside Paris. The purpose of the meeting was to establish the terms of the peace after World War. Though nearly thirty nations participated, the representatives of Great Britain, France, the United States, and Italy became known as the Big Four.. The Treaty of Versailles included a plan to form a League of Nations that would serve as an international forum and an international collective security arrangement. U.S. President Woodrow Wilson was a strong advocate of the League as he believed it would prevent future wars. <P> The Versailles Treaty, signed on June 28, 1919, was the peace settlement between Germany and the Allied Powers that officially ended World War I. The details of the Versailles Treaty had been debated and finalized at the Paris Peace Conference, which opened on January 18, 1919 - just over two months after the fighting on the Western Front ended.
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The purpose of the meeting was to establish the terms of the peace after World War.
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where is the semi vesicles located
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<P> The seminal vesicles (Latin: glandulae vesiculosae), vesicular glands, or seminal glands, are a pair of simple tubular glands posteroinferior to the urinary bladder of some male mammals. Seminal vesicles are located within the pelvis. The seminal vesicles develop as one of three structures of the male reproductive system that develops at the junction between the urethra and vas deferens. Both the urethra and vas deferens are derived from the mesonephric ducts, structures that develop from mesoderm. <P> The seminal vesicles are paired organs of the male genitourinary system. Specifically, they are genital organs. The male genital organs include the penis, testes, excretory genital ducts, ductus deferens, seminal vesicles, prostate, and bulbourethral glands. Of these organs, the seminal vesicles, prostate, and bulbourethral glands are considered accessory glandular structures. Anterior aspect of the seminal vesicles, terminal parts of the deferent ducts, and the prostate. (Source: Gray's Anatomy.). The ureters pass in between the superior, rounded aspects of the seminal vesicles and the superior portions of the ampullae of the ductus deferentes. <P> Making the world better, one answer at a time. In male animals, the seminal vesicles are two pouches, each connected to one vas deferens. They produce an additional fluid that combines with the sperm to produce semen. The seminal vesicle is also called seminal gland. The seminal vesicles are convoluted pouch-like structures lying posterior to the base of the urinary bladder, in front of the rectum. They secrete an alkaline viscous fluid co … ntaining fructose, prostaglandins and fibrinogen that make up about 60% of the fluid volume of semen. <P> Seminal gland. The seminal gland, more commonly referred to as the seminal vesicle, holds the liquid that mixes with sperm to form semen. Semen combines fluid elements from the epididymis, seminal vesicles, prostate gland, and vas deferens. Each body part plays a key role in semen production. The fluids help the sperm swim towards the egg and keep the sperm nourished during the transit process <P> The seminal vesicles are a pair of glands that are positioned below the urinary bladder and lateral to the vas deferens. Each vesicle consists of a single tube folded and coiled on itself, with occasional diverticula in its wall. The seminal vesicles develop as one of three structures of the male reproductive system that develops at the junction between the urethra and vas deferens. Both the urethra and vas deferens are derived from the mesonephric ducts, structures that develop from mesoderm. <P> Each vesicle forms as an outpocketing of the wall of the ampulla of one vas deferens. The seminal vesicles develop as one of three structures of the male reproductive system that develops at the junction between the urethra and vas deferens. Both the urethra and vas deferens are derived from the mesonephric ducts, structures that develop from mesoderm. <P> Seminal vesicle: One of two structures that are about 5 cm long and are located behind the bladder and above the prostate gland. The seminal vesicles contribute fluid to the ejaculate.
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Seminal vesicles are located within the pelvis
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what temperature does aluminium burn at
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<P> The melting point for aluminum foil is 660 C or 1220 F (The melting point of the foil, which is about 97% aluminum) is the same as that of aluminum. if it's made of aluminum … it melts at 660oC regardless of size or shape, but the aluminum oxide anodizing will melt at about 2000oC See the link below. Aluminum burns at over 4,100 K (6920°F), which is why it is used as a component of some solid rocket fuels. When it burns, it produces Al2O3 (alumina). Wow! <P> Thermite is a pyrotechnic composition of metal powder fuel and metal oxide. When ignited by heat, thermite undergoes an exothermic reduction-oxidation (redox) reaction. Most varieties are not explosive but can create brief bursts of high temperature in a small area. Thermate-TH3 is a mixture of thermite and pyrotechnic additives which have been found to be superior to standard thermite for incendiary purposes. Its composition by weight is generally about 68.7% thermite, 29.0% barium nitrate, 2.0% sulfur, and 0.3% of a binder (such as PBAN). <P> This experiment will peer into the element Aluminum to see whether it will burn or melt when exposed to a flame. Hypothesis: The hypothesis of this experiment is that Aluminum will melt when exposed to flames. This judgement is based on the usual behavior of metals that are exposed to flame. <P> Aluminum burns at over 4,100 K (6920°F), which is why it is used as a component of some solid rocket fuels. When it burns, it produces Al2O3 (alumina). Wow! You can rea … lly get some high exhaust gas velocity (and thrust) this way! Answer by Boxerdave1085. Confidence votes 19. I do not think it can burn. the show you see as burning-like (it shrinks dramatically) is due to residual tensions into the material, following to calendering process used to make it as a foil. <P> Therefore when aluminium is exposed to a prolonged fire environment it will begin to melt (not burn), provided that the metal's temperature passes the melting point. The same set of standards gives aluminium high marks on the fire resistance versus spreading scale. It is extremely useful to examine aluminium's behaviour under fire conditions, with reference to its relevant properties. Most Aluminium alloys have a melting point between 600 and 660 degrees Celsius. <P> At what temperature does aluminum turn into a solid? The scientific standard typically refers to the state change you refer to in terms of going up, so you need to know the melting point of aluminum to know when it becomes solid … , which is 933.47 Kelvin (660.32°C or 1220.58°F). Aluminum burns at over 4,100 K (6920°F), which is why it is used as a component of some solid rocket fuels. When it burns, it produces Al2O3 (alumina). Wow! <P> The melting temperature of aluminum foil is 660 degrees Celsius (1,220 degrees Fahrenheit) at standard pressure, so it won’t melt with temperatures encountered in a standard household oven. The physical form of the aluminum, whether powder, blocks, foil or some other shape, does not affect the melting point as long as the metal is relatively pure; melting point is an intrinsic property of the metal, but shape is not. <P> The melting point for aluminum foil is 660 C or 1220 F (The melting point of the foil, which is about 97% aluminum) is the same as that of aluminum. if it's made of aluminum … it melts at 660oC regardless of size or shape, but the aluminum oxide anodizing will melt at about 2000oC See the link below. Answer by Boxerdave1085. Confidence votes 19. I do not think it can burn. the show you see as burning-like (it shrinks dramatically) is due to residual tensions into the material, following to calendering process used to make it as a foil.
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Aluminum burns at over 4,100 K (6920°F).
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what is magnetic therapy
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<P> Practitioners of magnetic field therapy believe that interactions between the body, the earth, and other electromagnetic fields cause physical and emotional changes in humans. They also believe that the body's electromagnetic field must be in balance to maintain good health. <P> Magnetic therapy products are not meant to be sold as a substitute for traditional medicinal practices prescribed by your doctor. Magnetic jewelry or magnetic therapy products can be used as an alternative and natural approach to help resolve many pain issues, but they do not cure disease. <P> Magnetic therapy is defined as the application of magnets to the body for healing benefits. When a magnet is used for healing, it is typically referred to as a healing magnet or biomagnet. <P> Magnet therapy: Magnetic therapy, also called magnetic field therapy and bioenergy therapy, is an alternative therapy that uses magnets of varying sizes and strengths that are placed on the body to relieve pain and treat disease. <P> Magnetic therapy, more accurately termed magnetic field therapy, is the use of magnetic fields, generated by either permanent magnets or pulsed electromagnetic fields, for treatment of medical conditions. <P> As a form of treatment, magnetic therapy is most often used to enhance healing from injuries and wounds or to treat chronic conditions such as tendonitis, degenerative joint disease, hip dysplasia, vertebral disease, and lameness caused by other musculoskeletal or neurologic conditions. <P> Magnetic Therapy offers patients an alternative type of healing method. It works by using magnets on the painful areas of the body. Through the magnets, magneto static fields are produced and these have the effects of easing pain as well as producing other significant health benefits. <P> Magnetic therapy and magnetic jewelry is used as an alternative treatment to help relieve pain and increase the body’s natural healing process. It is believed that when magnetic therapy is applied it can improve the blood flow by reducing inflammation and enhancing the body’s <P> Magnetic field therapy uses magnets to maintain health and treat illness. The human body and the earth naturally produce electric and magnetic fields. Electromagnetic fields also can be technologically produced, such as radio and television waves. <P> Magnetic therapy is an alternative medical practice that uses static (i.e. unmoving) magnets to alleviate pain and other health concerns. So-called therapeutic magnets are typically integrated into bracelets, rings, or shoe inserts, though therapeutic magnetic mattresses and clothing are also on the market.
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It is an alternative therapy that uses magnets of varying sizes and strengths that are placed on the body to relieve pain and treat disease.
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singulair side effects weight gain
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<P> Singulair is indicated for the treatment of asthma and allergies. Common side effects reported with Singulair include headache, upset stomach, nausea and diarrhea, tiredness, sore throat and cough. A search of prescribing information for Singulair did not specifically list weight gain as a side effect. <P> Singulair side-effects do not include direct weight loss or weight gain. Side effects that may occur include headache, weakness, tiredness, trouble sleeping, cough, dizziness, indigestion, nausea or stomach upset and a stuffy nose. <P> Summary: Weight gain is found among people who take Singulair, especially for people who are female, 60+ old, have been taking the drug for 1 - 6 months, also take medication Albuterol, and have Asthma. We study 41,285 people who have side effects while taking Singulair from FDA and social media. <P> Weight gain has been reported by people with depression, high blood pressure, bipolar disorder, pain, high blood cholesterol. (latest reports from 76,867 Weight gain patients). On Sep, 14, 2015: 41,274 people reported to have side effects when taking Singulair. Among them, 860 people (2.08%) have Weight Gain. <P> The most common side effects from taking Singulair are headache, soar throat, ear infection, respiratory infection, abnormal dreams, abdominal pain, fever, flu etc. But, we have noticed that many patients taking this medication have problems with weight gain, like in your case. <P> Weight gain. Weight gain has been reported by people with depression, high blood pressure, bipolar disorder, pain, high blood cholesterol. (latest reports from 76,867 Weight gain patients). On Sep, 23, 2015: 3,090 people reported to have side effects when taking Montelukast sodium. <P> There are a number of possible side effects with Singulair ® (montelukast sodium). Weight gain, however, does not appear to be one of them. This conclusion is based on the results of clinical trials, where Singulair was extensively studied and side effects were documented. <P> However, weight gain is not listed as a side effect of taking Singulair. Maybe your eating habits have changed since you started taking this medicine. You should go to your doctor so that he can examine you and determine what is the cause for your weight gain.
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Headache, weakness, tiredness, trouble sleeping, cough, dizziness, indigestion, nausea or stomach upset and a stuffy nose
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what is a lance
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<P> hypernyms lance is a kind of arm weapon weapon system any instrument or instrumentality used in fighting or hunting meronyms parts of lance barb a subsidiary point facing opposite from the main point that makes an arrowhead or spear hard to remove 1 a long pointed rod used as a weapon 2 an implement with a shaft and barbed point used for catching fish 3 a surgical knife with a pointed double edged blade used for punctures and small incisions familiarity information lance used as a noun is uncommon <P> god like french meaning the name lance is a french baby name in french the meaning of the name lance is land from old german the short form of the name lancelot which incidentally was derived originally from the name lance therefore this name is the short form of its own diminutive the name lance is an english baby name in english the meaning of the name lance is servant god like american meaning the name lance is an american baby name in american <P> full definition of lance 1 a steel tipped spear carried by mounted knights or light cavalry 2 any of various sharp objects suggestive of a lance as a lancet b a spear used for killing whales or fish 3 lancer 1b see lance defined for english language learners <P> english meaning the name lance is an english baby name in english the meaning of the name lance is servant god like american meaning the name lance is an american baby name in american the meaning of the name lance is servant god like <P> appearance lance is a tall thin man with bright scarlet red spiked hair pale skin and dark eyes he wears a medieval looking navy blue tunic with red orange trim a brown belt around his waist and large black boots with orange two rings around the top of each boot lance in gold silver and crystal lance is a recurring character in pokemon pokémon he is a user of dragon types being the final elite four member in red blue and their remakes <P> hypernyms lance is a kind of implement instrumentation a piece of equipment or tool used to effect an end hyponyms each of the following is a kind of lance harpoon a spear with a shaft and barbed point for throwing used for catching large fish or whales a strong line is attached to it 1 a long pointed rod used as a weapon 2 an implement with a shaft and barbed point used for catching fish 3 a surgical knife with a pointed double edged blade used for punctures and small incisions familiarity information lance used as a noun is uncommon <P> 1 1 a weapon resembling a lance used in hunting fish or whales example sentences he could sink that harpoon 3 feet into a whale and once fast it was not long before he was on the whale s back driving the lance 6 feet into its vitals 1 1 pierce with or as if with a lance the teenager had been lanced by a wooden splinter no object pain lanced through her more example sentences synonyms slowly stubbornly ignoring the excruciating pain that lanced my spine i turned my face toward the wall <P> lance armstrong net worth lance armstrong is an american professional cyclist who has a net worth of $ 125 million in the last few years lance armstrong has become has become a controversial figure around the world <P> lance noun the noun lance has 3 senses 1 a long pointed rod used as a weapon 2 an implement with a shaft and barbed point used for catching fish 3 a surgical knife with a pointed double edged blade used for punctures and small incisions familiarity information lance used as a noun is uncommon <P> lance is the only character that appears in the pokemon pokémon world tournament who is or used to be an elite four member lance is also the only champion in the pokemon pokémon world tournament who can be battled outside of the champions tournament in generation ii and their remakes the player first encounters lance at the lake of rage where he watches the player battle the red gyarados lance also appears in mahogany town to help the player fight team rocket at the team rocket hq
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1 a long pointed rod used as a weapon 2 an implement with a shaft and barbed point used for catching fish 3 a surgical knife with a pointed double edged blade used for punctures and small incisions familiarity information lance used as a noun is uncommon a long pointed rod used as a weapon.
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cost of putting in air conditioning
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<P> 1 This generally includes replacing a few parts like hoses, sensors, or either the compressor or condenser. 2 CostHelper readers report paying $171-$727 for minor air conditioning repairs, at an average cost of $488. 3 Extensive auto air conditioning repairs can cost $1,000-$4,000 or more, depending on make and model. 1 For cars built before 1995, the refrigerant will need to be converted to a type that meets current environmental requirements. 2 CostHelper readers report costs of $1,000-$3,700 for major air conditioning repairs, with an average of $1,829. <P> 1 For example, Summit Racing Equipment sells complete air conditioning kits for classic cars and trucks for $1,150-$1,395 for just the parts; installation by an experienced technician can take 12-22 hours at about $50-$100 an hour, bringing total costs to install those kits to $1,750-$3,595. 1 For cars built before 1995, the refrigerant will need to be converted to a type that meets current environmental requirements. 2 CostHelper readers report costs of $1,000-$3,700 for major air conditioning repairs, with an average of $1,829. <P> 1 Electrical wiring to code-Electricians assisting in a ductless air conditioner project will charge from $75-$250 per hour for the installation of a 220 volt receptacle. 2 Additionally, it might cost a bit more if the home's electrical panel also needs a 220 volt circuit added to it, which can cost between $300 and $800. <P> 1 Installing air conditioning in a vehicle that doesn't have any can cost $1,500-$4,000 or more, depending on location and the vehicle's year, make and model; luxury vehicles can cost even more. 1 For cars built before 1995, the refrigerant will need to be converted to a type that meets current environmental requirements. 2 CostHelper readers report costs of $1,000-$3,700 for major air conditioning repairs, with an average of $1,829. <P> The cost to install a window air conditioner averages between $150 and $300, depending on the size you need. Installing a window air conditioning unit can bring added comfort for a reasonable price, but it will be less powerful than a central air conditioning system. Most homeowners report spending between $3,675 and $7,155 to have air conditioning installed. This price is more typical of a central A/C unit installation rather than a window air conditioner addition which typically averages about $300. Your total cost for the job will depend on the type of system you choose <P> Central Air Conditioning. The average cost to add a central, or whole-house, air conditioning system to a home ranged from about $2,200 to $2,800 in 2012, according to Homewyse data. Central air conditioners move cool air throughout a house through a duct system. On average, Homewyse pricing shows that room air conditioners ranged from $300 to $400 in 2012. At those prices, you could put a unit in several rooms of a house and still spend less than you would on other air conditioning systems. <P> A window air conditioning unit can be a viable option for homeowners who do not want to invest in a central AC system. After all, window units typically cost just a fraction of a central system with the average expenses being around $550 and $3,000, respectively. <P> Get an INSTANT estimate of the cost to Install Air Conditioning! Our free calculator uses recent, trusted data to estimate costs for your Air Conditioning Installation project. For a basic 1 unit project in zip code 47474, the benchmark cost to Install Air Conditioning ranges between $2,298.33 - $2,891.71 per unit. To estimate costs for your project: 1
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Between $2,298.33 - $2,891.71 per unit.
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where in the world is fiji
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<P> Where is Fiji located on the world map? The given Fiji location map shows that Fiji located in the South Pacific Ocean about 1,100 nautical miles northeast of New Zealand. Suva, the capital city lies on the Viti Levu Island. The island country Fiji is part of Melanesia. The mostly islands that collectively constituting Fiji are of volcanic origin. The climate of Fiji is tropical marine featured with low variation round the year. <P> Geography. Fiji is located in the South Pacific Ocean, about 2/3 of the way between New Zealand and Hawaii. The islands around it are Tonga to the east, Vanuatu to the west, New Zealand's Kermadec Islands to the southeast, New Caledonia to the southwest, Tuvalu to the north, and the Samoan Islands to the northeast. Nadi is the most popular location in Fiji, and has the country's international airport. Everyone who goes to Fiji set foot on Nadi, and it's popular for being an urban center and being the main hub of international travelers. Mamanuca Islands is a group of 20 islands famous for being a well-established resort area. <P> Fiji (sometimes called the Fiji Islands), is a Melanesian country in the South Pacific Ocean. It lies about two-thirds of the way from Hawaii to New Zealand and consists of an archipelago that includes 332 islands, a handful of which make up most of the land area, and approximately 110 of which are inhabited. Visa applications can be lodged at Fiji overseas missions in Australia, Belgium, Brazil, China, India, Indonesia, Japan, Malaysia, New Zealand, Papua New Guinea, South Africa, the United Kingdom and the United States. <P> The capital and largest city, Suva, is on Viti Levu. About three-quarters of Fijians live on Viti Levu's coasts, either in Suva or in smaller urban centres like Nadi (tourism) or Lautoka (sugar cane industry). Viti Levu's interior is sparsely inhabited due to its terrain. Fiji is an archipelago of more than 332 islands, of which 110 are permanently inhabited, and more than 500 islets, amounting to a total land area of about 18,300 square kilometres (7,100 sq mi). The farthest island is Onu-i-Lau <P> Fiji is a Republican country located in the South Pacific Region. It is east of Australia, North of New Zealand and West of Tonga. The island state of Fiji is located in the South West Pacific, situated midway between the South Pole and the Equator in the midst of the South Pacific Ocean, west-southwest of Hawaii about two-thirds of the way to New Zealand. Fiji is a country in the South Pacific. The Population of the Republic of the Fiji Islands in 2004 stands at :840, 201. + 13 others found this useful. Bryce Lowe. Edit. Share to: 1 Fiji on a Budget The beautiful country of Fiji is a hugely popular holiday destination. <P> officially the Republic of the Fiji Islands is an island nation in the South Pacific Ocean east of Vanuatu, west of Tonga and south of Tuvalu. It is on the outside og alustral … lia. Fiji is a country in the South Pacific. The Population of the Republic of the Fiji Islands in 2004 stands at :840, 201. + 13 others found this useful. Bryce Lowe. Edit. Share to: 1 Fiji on a Budget The beautiful country of Fiji is a hugely popular holiday destination. <P> Melanesia. Fiji is a Melanesian island in the South Pacific Ocean. Melanesia is a cultural region in the South Pacific which comprises of: the countries Fiji, Vanuatu, the Solomon Islands, and New Caledonia (a special region of France), and the area of West Papua. It's not to be confused with the two other cultural regions in the South Pacific of Polynesia and Micronesia. Find your way to the exotic archipelago of specks in the South Pacific with this world map Fiji. Actually there's a few world maps giving you directions to paradise! Fiji, often called the Fiji Islands, is officially the Republic of Fiji. Known as Viti to the locals, when the first white men came, the pronunciation was confused and hence, the name Fiji was born <P> Fiji is an island located in the South Pacific, about 2,000 kilometers (1,300 miles) from the coast of New Zealand. Most of the Fiji Islands were created by volcanic activity beginning 150 million years ago. Nadi is the most popular location in Fiji, and has the country's international airport. Everyone who goes to Fiji set foot on Nadi, and it's popular for being an urban center and being the main hub of international travelers. Mamanuca Islands is a group of 20 islands famous for being a well-established resort area.
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It is located in the South Pacific, about 2,000 kilometers from the coast of New Zealand.
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what the average per linear foot for a fence
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<P> 1 The average cost per linear foot is $25-$30. 2 Mounting and installation hardware will cost between $4 and $140, depending on the project. 3 Fence gates range from $190 to $820. 4 Fence posts cost between $20 and $200. 5 Decorative fence panels cost from $15 to $170. <P> Cost of fence installation vary from $15 per linear foot for standard 4’ high chain link on 2-3/8” in diameter 16-gauge galvanized steel posts fence to $460 / Ln. Ft. or even more for custom build 6 Ft. high stone fence. Accurate estimate can be provided only after on-site inspection and analyzing work complexity. <P> 1 When receiving an estimate from a contractor, most will give a price per linear foot and not differentiate between materials and labor. 2 The prices below reflect an average fence height of 5-6 feet tall. 3 Wood fence installation costs $15-$25 per linear foot. <P> Some general ideas (average) of linear foot price: 4’ high chain link fence | $8 - $10 per linear foot. 6’ high wood fence | $18 - $25 per linear foot. aluminum and vinyl | $25 - $40 per linear foot. You can leave the installation up to the professionals:give the experts a call. <P> 1 Labor costs for vinyl fence installation are $5 to $8 per linear foot. 2 The total vinyl fencing cost should be $15 to $35 per linear foot but could be as much as $30 to $60 per linear foot or more for expensive materials and/or a difficult installation. <P> 1 The total materials cost for a wrought iron fencing project is between $2,800 and $4,100. 2 Installation costs range from $550 to $1,100. 3 The average cost per linear foot is $25-$30. 4 Mounting and installation hardware will cost between $4 and $140, depending on the project. <P> 1 Vinyl fencing costs $ 10 per linear foot (budget) to $25 per linear foot (high end). 2 Other required materials include posts ($20 to $30 apiece) , post caps ($7 to $14 apiece) , and a gate ($200 to $1,200 or more). 3 Labor costs for vinyl fence installation are $5 to $8 per linear foot.
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Vary from $15 per linear foot for standard 4’ high chain link on 2-3/8” in diameter 16-gauge galvanized steel posts fence to $460 / Ln.
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cost per square meter extension
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<P> The price per square metre also depends on the size of the property. There are basic costs that don't increase too much with size and hence the cost per square metre will decrease as the floor area increases. The price for a home extension depends on several factors. 1 Where you are in the country. <P> You can expect to pay around £500 - £1650 per metre square for a single storey extension. A double storey extension can cost between £500 - £1500 per meter square. Planning costs can cost between £1000 - £27000, although the average price is around £5100. Basic conservatories cost around £500 per square metre to supply and fit. If the ground needs levelling this price will increase. <P> Most builders can give you an idea of what your extension will cost per square foot or metre. For example, a basic single storey extension would typically cost around £1,000 per square metre but it could be up to £1,600 or more for a premium two storey extension. So a 3 x 5 metre extension would cost £15,000 and up to £50,000 for a two storey, more premium extension. These costs are just to create a room, they would not typically include the cost of a kitchen or bathroom. <P> Extensions are more expensive: RICS gives a guide cost of between £1,260 and £1,680 per square metre for an extension with plastered finish. So a 20-square metre single-storey extension will range from £25,200 to £33,600 – before you've put down flooring or installed a kitchen. <P> It would not be unreasonable to target costs for the total build of an Extension, excluding professional fees and local authority charges, at around £1,200 to £1,800 per square metre, i.e. say £110 to £170 per square foot.
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Between £1,260 and £1,680
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what is angina
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<P> Angina (an-JI-nuh or AN-juh-nuh) is chest pain or discomfort that occurs if an area of your heart muscle doesn't get enough oxygen-rich blood. Angina may feel like pressure or squeezing in your chest. The pain also can occur in your shoulders, arms, neck, jaw, or back. Angina pain may even feel like indigestion. Angina isn't a disease; it's a symptom of an underlying heart problem. Angina usually is a symptom of coronary heart disease (CHD) <P> Pain and discomfort are the main symptoms of angina. Angina often is described as pressure, squeezing, burning, or tightness in the chest. The pain or discomfort usually starts behind the breastbone. Pain from angina also can occur in the arms, shoulders, neck, jaw, throat, or back. <P> Learn more: Angina is chest pain or discomfort caused when your heart muscle doesn't get enough oxygen-rich blood. It may feel like pressure or squeezing in your chest. The discomfort also can occur in your shoulders, arms, neck, jaw, or back. Angina pain may even feel like indigestion. But, angina is not a disease. <P> Angina pectoris is the medical term for chest pain or discomfort due to coronary heart disease. It occurs when the heart muscle doesn't get as much blood as it needs. This usually happens because one or more of the heart's arteries is narrowed or blocked, also called ischemia. <P> Angina, or angina pectoris, is a medical term for the symptoms caused by the heart not getting enough oxygen from the arteries that supply the heart with blood. When these arteries become narrowed or blocked over time, it is called coronary artery disease (CAD) , and it can cause angina. <P> Knowledge center. Angina-or angina pectoris (Latin for squeezing of the chest) - is chest pain, discomfort, or tightness that occurs when an area of the heart muscle is receiving decreased blood oxygen supply. It is not a disease itself, but rather a symptom of coronary artery disease, the most common type of heart disease. <P> Angina pectoris, commonly known as angina, is the sensation of chest pain, pressure, or squeezing, often due to ischemia of the heart muscle from obstruction or spasm of the coronary arteries. <P> Stable angina is the most common form of angina, and it typically occurs with exertion and goes away with rest. If chest discomfort is a new symptom for you, it's important to see your doctor to find out what's causing your chest pain and to get proper treatment. <P> Stable angina. Stable angina is the most common type of angina and what most people mean when they refer to angina. People with stable angina have angina symptoms on a regular basis and the symptoms are somewhat predictable (for example, walking up a flight of steps causes chest pain). A. Angina (angina pectoris-Latin for squeezing of the chest) is chest discomfort that occurs when there is a decreased blood oxygen supply to an area of the heart muscle. In most cases, the lack of blood supply is due to a narrowing of the coronary arteries as a result of arteriosclerosis. Angina may be felt as:
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It is the sensation of chest pain, pressure, or squeezing, often due to ischemia of the heart muscle from obstruction or spasm of the coronary arteries.
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define endoplasmic reticulum
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<P> Medical Definition of ENDOPLASMIC RETICULUM. : a system of interconnected vesicular and lamellar cytoplasmic membranes that functions especially in the transport of materials within the cell and that is studded with ribosomes in some places—see rough endoplasmic reticulum. : a system of interconnected vesicular and lamellar cytoplasmic membranes that functions especially in the transport of materials within the cell and that is studded with ribosomes in some places — see cell illustration. See endoplasmic reticulum defined for kids. <P> Definition of ENDOPLASMIC RETICULUM for Kids. : a system of cavities and tiny connecting canals that occupy much of the cytoplasm of the cell and functions especially in the movement of materials within the cell. : a system of interconnected vesicular and lamellar cytoplasmic membranes that functions especially in the transport of materials within the cell and that is studded with ribosomes in some places — see cell illustration. See endoplasmic reticulum defined for kids. <P> endoplasmic reticulum. a system of folded membranes, channels, and flattened sacs in the cytoplasm of eukaryotic cells, involved in the synthesis, storage, and transport of various substances necessary to cell function: as the point of attachment for ribosomes, it is especially associated with protein synthesis. LINK / CITE ADD TO WORD LIST. noun. The endoplasmic reticulum is defined as a series of folded membranes in the cells which are associated with protein synthesis, storage and the movement of cellular materials. An example of the endoplasmic reticulum is the place that steroids are stored in the cells for later use <P> The general structure of the endoplasmic reticulum is a network of membranes called cisternae. These sac-like structures are held together by the cytoskeleton. The phospholipid membrane encloses a space, the cisternal space (or lumen), which is continuous with the perinuclear space but separate from the cytosol. There are two types of endoplasmic reticulum, rough and smooth. The outer (cytosolic) face of the rough endoplasmic reticulum is studded with ribosomes that are the sites of protein synthesis. The rough endoplasmic reticulum is especially prominent in cells such as hepatocytes. <P> Definition of ENDOPLASMIC RETICULUM. : a system of interconnected vesicular and lamellar cytoplasmic membranes that functions especially in the transport of materials within the cell and that is studded with ribosomes in some places — see cell illustration. See endoplasmic reticulum defined for kids. <P> en·do·plas·mic reticulum. A network of membranes within the cytoplasm of many cells that is important in protein synthesis and involved in the transport of cellular materials. All organisms except bacteria have at least one endoplasmic reticulum in their cells. See more at cell. endoplas′mic retic′ulum. a network of tubular membranes within the cytoplasm of the cell, occurring either with a smooth surface (smooth endoplasmic reticulum) or studded with ribosomes (rough endoplasmic reticulum), involved in the transport of materials.. [1945–50]. <P> An organelle consisting of a network of membranes within the cytoplasm of eukaryotic cells that is important in protein synthesis and folding and is involved in the transport of cellular materials. The endoplasmic reticulum can be continuous in places with the membrane of the cell nucleus. endoplasmic reticulum-noun Cell Biology. a network of tubular membranes within the cytoplasm of the cell, occurring either with a smooth surface (smooth endoplasmic reticulum) or studded with ribosomes (rough endoplasmic reticulum), involved in the transport of <P> Another organelle in the cell is the endoplasmic reticulum (ER). While the function of the nucleus is to act as the cell brain, the ER functions as a manufacturing and packaging system. It works closely with the Golgi apparatus, ribososmes, mRNA, and tRNA. Structurally, the endoplasmic reticulum is a network of membranes found throughout the cell and connected to the nucleus. The membranes are slightly different from cell to cell and a cell’s function determines the size and structure of the ER.
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It is a system of interconnected vesicular and lamellar cytoplasmic membranes that functions especially in the transport of materials within the cell and that is studded with ribosomes in some places.
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what is niche marketing
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<P> Your niche is the service you specialise in offering to your target market. For example various design businesses can have creative freelancers as their client group: a design company can offer them web design and app development, another company can offer them branding advice or photography. However, it is important to understand that there is a difference between your niche and your target market: Your target market is the specific group of people you work for e.g. women in the City, dog owners, creative female freelancers, ceramic collectors, brides to be, outdoor galleries. <P> Niche Marketing is all about finding a smaller segment of a market and creating a product or a service for that market. In general a niche is a very targeted and focused market. An example of a market is pets, whereas an example of a niche market could be tropical aquarium fish or Golden Retriever dogs. Niche marketing is a great way to get started making money online, particularly if you focus in on a niche that you are interested or knowledgeable in. <P> The word niche comes from a French word that means to nest. Niche marketing is targeting a product or service to a small portion of a market that is not being readily served by the mainstream product or service marketers. Nearly every business—fast food chains, convenience stores, even Wal-Mart was begun to fill perceived voids in the market place. <P> What Is Niche Marketing. Niche Marketing can refer to both marketing and business choice. In and of itself, niche marketing refers to finding a segment of the general market for a service or product line. One then develops a solution for the needs of that segment and then markets to it to get the word out. Let s take a look at an example using one of the biggest companies in the world. You will hear over and over that the quickest way to find success on the net is niche marketing. I second this advice. <P> Image (c) Eileen Bach / Getty Images. Definition: A niche market is a focused, targetable portion of a market. By definition, then, a business that focuses on a niche market is addressing a need for a product or service that is not being addressed by mainstream providers. You can think of a niche market as a narrowly defined group of potential customers. <P> Niche marketing is sometimes a misunderstood term. Basically, niche marketing refers to competing within a narrowly defined market segment with a specialized offering. In essence, the firm virtually becomes a ‘big fish in a small pond’. <P> You can try for niche marketing if you think that you really need your product to go out to one small demographic. 7 people found this helpful. Me and my business partner practiced niche marketing and concentrated all of our efforts on a small percentage of the population. 8 people found this helpful. You may want to target a specific group of people for your product by using a specialized niche marketing plan. Concentrating all marketing efforts on a small but specific and well defined segment of the population. Niches do not 'exist' but are 'created' by identifying needs, wants, and requirements that are being addressed poorly or not at all by other firms, and developing and delivering goods or services to satisfy them.
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A niche market is the subset of the market on which a specific product is focused.The market niche defines the product features aimed at satisfying specific market needs, as well as the price range, production quality and the demographics that is intended to impact.It is also a small market segment.
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what is a building automation system
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<P> The Building Automation System (BAS) core functionality is to keep building climate within a specified range, light rooms based on an occupancy schedule, monitor performance and device failures in all systems and provide malfunction alarms. Buses and protocols. Most building automation networks consist of a primary and secondary bus which connect high-level controllers with lower-level controllers, input/output devices and a user interface devices. ASHRAE's open protocol BACnet or the open protocol LonTalk specify how most such devices interoperate <P> Building automation is the automatic centralized control of a building's heating, ventilation and air conditioning, lighting and other systems through a Building Management System or Building Automation System (BAS). Lighting can be turned on, off, or dimmed with a building automation or lighting control system based on time of day, or on occupancy sensor, photosensors and timers. One typical example is to turn the lights in a space on for a half hour since the last motion was sensed <P> Turn off more accessible mode. Skip directly to content Building automation systems for maximum comfort and perfect functionality at minimum costBuilding automation systems integrate different kinds of disciplines (HVAC control, light and blind control, subsystems…) coordinated by a unified management level. Thanks to open communication standards and interfaces you can integrate a wide choice of different building control disciplines like heating, ventilation, air conditioning applications, lights and blinds, up to safety features, and equipment. <P> A Building Management System (BMS) or a (more recent terminology) Building Automation System (BAS) is a computer-based control system installed in buildings that controls and monitors the building’s mechanical and electrical equipment such as ventilation, lighting, power systems, fire systems, and security systems. Building Management Systems are most commonly implemented in large projects with extensive mechanical, HVAC, electrical, and plumbing systems. Systems linked to a BMS typically represent 40% of a building's energy usage; if lighting is included, this number approaches to 70%. <P> Building automation systems for maximum comfort and perfect functionality at minimum cost. Building automation systems integrate different kinds of disciplines (HVAC control, light and blind control, subsystems…) coordinated by a unified management level. Thanks to open communication standards and interfaces you can integrate a wide choice of different building control disciplines like heating, ventilation, air conditioning applications, lights and blinds, up to safety features, and equipment. <P> The term Building Automation System, loosely used, refers to any electrical control system that is used to controls a buildings heating, ventilation and air conditioning (HVAC) system. Lighting can be turned on, off, or dimmed with a building automation or lighting control system based on time of day, or on occupancy sensor, photosensors and timers. One typical example is to turn the lights in a space on for a half hour since the last motion was sensed <P> A building automation system is a programmed, “intelligent” control system that regulates the mechanical systems in a building (environmental control systems, chillers, boilers, and temperature). It keeps the building’s climate within a specific range and collects data for documentation of performance. <P> Building automation is an example of a distributed control system-the computer networking of electronic devices designed to monitor and control the mechanical, security, fire and flood safety, lighting (especially emergency lighting), HVAC and humidity control and ventilation systems in a building. Lighting can be turned on, off, or dimmed with a building automation or lighting control system based on time of day, or on occupancy sensor, photosensors and timers. One typical example is to turn the lights in a space on for a half hour since the last motion was sensed
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A building automation system is a programmed, “intelligent” control system that regulates the mechanical systems in a building (environmental control systems, chillers, boilers, and temperature).
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what is dysport
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<P> instead of making you feel like your face is frozen dysport temporarily treats the facial muscles in just the area you want between the eyebrows and allows the muscles in the untreated areas of your face to move normally it s time to make your move stand up to the line with dysport abobotulinumtoxina 300 units for injection a prescription for temporary improvement in the look of moderate to severe frown lines between the eyebrows glabellar lines in adults less than 65 years of age be proud to be you see how dysport can help <P> botox dysport and xeomin similarities it is understandable how one would want to know about botox dysport and xeomin when trying to determine which treatment is best for them all three are effective treatments that originate from the same source bacterium clostridium botulinum what is the difference between botox dysport and xeomin and which is the best one are two questions about facial injectables that commonly get asked botox is a leading cosmetic treatment that drastically reduces the appearance of crow s feet lines on the forehead and frown lines <P> in just one 10 to 20 minute treatment dysport may help improve the look of your frown lines for up to 4 months the majority of patients see improvement in just 2 3 days after treatment 4 6 results of repeat treatments may be comparable to your first use do not take dysport if you are allergic to dysport or any of the ingredients in dysport are allergic to cow s milk protein had an allergic reaction to any other botulinum toxin product such as myobloc rimabotulinumtoxinb botox onabotulinumtoxina or xeomin incobotulinumtoxina have a skin infection at the planned injection site <P> approved cosmetic uses dysport is food and drug administration approved to treat forehead wrinkles and frown lines marketed by medicis in the u s it has been used to treat neurological disorders outside the u s for more than 15 years mode of action dysport is an injectable form of botulinum toxin type a it is injected into wrinkle causing muscles to paralyze them dysport results cosmetic results are visible within two to three days and may last up to six months results vary <P> dysport beats competition while the study indicates superiority of dysport over botox in the crow s feet area the outer corner of the eyes i typically follow the wishes of the patient s preference few said some patients prefer one over the other and i follow the patients request <P> abobotulinumtoxina dysport also called botulinum toxin type a is made from the bacteria that causes botulism botulinum toxin blocks nerve activity in the muscles causing a temporary reduction in muscle activity dysport is used to treat cervical dystonia severe spasms in the neck muscles dysport is also used to temporarily lessen the appearance of facial wrinkles dysport may also be used for other purposes not listed in this medication guide <P> dysport is so similar to botox that it is referred to as botox s twin or first cousin this new wrinkle relaxer is approved to treat forehead wrinkles and frown lines in the u s and has been used to treat neurological disorders outside the united states for more than 15 years botox like botox cosmetic dysport is an injectable form of botulinum toxin type a your plastic surgery specialist will inject small amounts of the toxin into specific wrinkle causing muscles paralyzing them exactly how the two wrinkle relaxers differ is not fully understood <P> cost of dysport another key factor is the cost of dysport compared to botox dysport is approximately 1 3 the cost of botox however it is also 1 3 the strength this means you will need about three times as many units of dysport to get the same results as you would with one unit of botox botox like botox cosmetic dysport is an injectable form of botulinum toxin type a your plastic surgery specialist will inject small amounts of the toxin into specific wrinkle causing muscles paralyzing them exactly how the two wrinkle relaxers differ is not fully understood
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Dysport also called botulinum toxin type a is made from the bacteria that causes botulism botulinum toxin blocks nerve activity in the muscles causing a temporary reduction in muscle activity.
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average cost to run a funeral home
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<P> Funeral Costs. Funeral costs vary greatly depending on the type of funeral or memorial service you are planning. On average, a funeral can cost between $6,000 - 7,000, usually with additional costs for burial. However, many funeral can run well over $10,000, depending on many upgrade and additional services. <P> 1 Strike Funeral Homes in Minnesota estimates that cremation with a ceremony costs $2,190-$4,785, not including a casket (which start at $775). 2 Total costs also depend on the disposition of the ashes after cremation. 3 See How Much Do Cremation Urns Cost and How Much Does Spreading Ashes Cost. 1 Total costs for a traditional complete funeral package (casket, embalming, visitation/viewing, funeral service, hearse and urn) with cremation (rather than burial of the body) can be $2,000-$6,000. <P> The cremation rate in the U.S. in 2012 was 43.2%, up from 26.2% in 2000, 9.7% in 1980, and 3.6% in 1960. The average cost of a cremation through a funeral home is between $2,000 and $4,000, according to the folks at Caring.com, and the cost can be considerably lower if it's done through a crematory. Thanks, FTC! Median cost of a funeral. $1,298. Vault (typically required by cemetery). $8,343. Median cost of a funeral with vault. If the numbers above startle you, know that they omit certain expenses, such as cemetery, monument, or marker costs; crematory fees (if cremation is selected); flowers; and obituaries. <P> Average Funeral Costs. According to the Federal Trade Commission, the average funeral costs in the United States can be well over $10,000 by the time you add floral arrangements, prayer cards and family transportation. Traditionally, when people think of funeral expenses they think of things like a casket and flowers. Headstones often start around $500 and run upwards of $4000. The materials used for construction contribute to a wide price range. An average granite headstone in 2009 cost about $1500. If your loved one did not already have a cemetery plot, you will need to purchase one. <P> Cremation Can Be Cheaper. Cremation services can be obtained directly from a crematory or cremation society. In some places simple cremation goes for as low as $300, not including an urn, which can run from $85 to $1,500 and up, or a crypt or memorial site. All told, the average cremation costs around $1,500. A casket is not required for a direct cremation; a simple unfinished wood box or alternative container will do. Every year, Americans arrange funerals for more than two million deceased at an average cost of $7,300 per funeral, not including cemetery costs. Many funerals go for $10,000 and up, ranking in some cases among the most expensive purchases many consumers make. <P> Products needed for a funeral home business include caskets, clothing, embalming fluid, makeup and urns. The cost of these items can vary. Contact wholesalers and negotiate the best price possible. If you are able to keep a few of each model in stock, you may be able to negotiate a better price. Even though IBIS World reports that the funeral home industry only grew at a rate of 1.9 percent in 2010, the funeral business is one that people will always need. The cost to start a funeral home business can be quite considerable because of the equipment necessary for embalming and cremation. In addition, you must keep caskets, clothing and other convenience items in stock <P> If you are working with a funeral home to plan a funeral or memorial service, the cost of the funeral can be broken down into three main categories: the Basic Services Fee, the costs of any additional services or goods, and cash advances. <P> 1 That increases to $6,000-$9,000 or more for a larger ceremony or with the choice of a more expensive casket, additional flowers or other options. 2 Strike Funeral Homes in Minnesota estimates that cremation with a ceremony costs $2,190-$4,785, not including a casket (which start at $775). 1 Total costs for a traditional complete funeral package (casket, embalming, visitation/viewing, funeral service, hearse and urn) with cremation (rather than burial of the body) can be $2,000-$6,000.
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$2,000 and $4,000.
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can i use my old license plate on a new car
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<P> Most vehicles have sequentially issued standard license plates that remain with the vehicle when ownership is transferred. If the license plate is a special interest or personalized license plate, you must decide if you want to retain the plate for use on another vehicle, or release your interest in the plate. <P> You will need your current registration or license plate number, your title to the vehicle to which you want to transfer the license plate (your copy of the title application will be sufficient if you recently applied for your title), and $8. <P> You still would need to register the new car with the DMV so that the plate number pulls up the correct vehicle if your tag is looked up by police. <P> License plates are tied to specific cars. You have to register your new car with the DMV, they will issue you new plates. If you purchased your car from a dealer they probably already registered the vehicle and are just waiting on the plates. <P> If you have New Jersey plates that are not in use you must surrender them to MVC for cancellation. License plates from other states must be returned to the state that issued the plates. MVC does not accept out-of-state plates. <P> 1 Remove or invalidate the month and year tabs, bend the plates so they can’t be used on a vehicle, and recycle them so they can’t be confused with a valid Washington license plate. 2 Don’t put them in curbside recycling unless you contact the recycler first to see if the plates will be accepted. <P> I just need to defer paying sales tax for a month or 2, but need to... show more Just bought a car from a private seller (I live in MO). I paid cash, so I'm cleaned out for a month or 2. Can I just use the plates from my old car for a month until I have the money to pay the sales tax on the new one when I register it. <P> Temporary Tags. If you are buying a car and don't have a license plate to transfer, you can get a temporary tag from a PennDOT office. Your vehicle dealer may also be able to issue a temporary tag. Temporary tags are good for 90 days.
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You have to register your new car with the DMV, they will issue you new plates.
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average corporate lawyer salary
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<P> As of 2010, there were approximately 72,000 corporate lawyers in the United States; these individuals work on average 50 hours a week with a mean starting salary of 64,000. The corporate lawyer salary will increase to roughly 95,000 after 5 years of work and over 140,000 after 10-15 years. The highest paying specialty for a corporate lawyer, in 2009, was real estate—these individuals average a maximum annual corporate lawyer salary of $175,000. By contrast, corporate lawyers who worked for hospitals only earned a maximum of roughly $148,000. <P> Average Lawyer Pay vs. Other Best Jobs. Lawyers earned an average annual salary of $131,990 in 2013, which is substantially more than any other occupation on our list of Best Social Service Jobs. In 2013, paralegals earned an average annual salary of $51,170. Other jobs that also earn less than half of what lawyers make include patrol officers ($58,720), high school teachers ($58,260) and school counselors ($56,160) <P> Furthermore, certain states have higher average salaries for lawyers in comparison to others. The top-paying state is the District of Columbia at an average annual salary of $165,590. Not far behind, California lawyers earn $153,480 and lawyers in Delaware make $152,580, which are both well above the nation average. How much does a lawyer make? According to the May 2012 record from the Bureau of Labor Statistics, the mean annual lawyer salary is $130,880, which is equivalent to a mean $62.93 hourly wage. While the bottom ten percent earns $54,310, the top ten percent earn an average of $168,010. <P> According to Above the Law, the average salary of corporate counsel is $174,000 while the Bureau of Labor Statistics reports that lawyers working as part of the management of companies and businesses earn $161,750 per year. According to the Bureau of Labor Statistics, the national average salary for lawyers is $112,760 per year. However, this figure can be misleading, as salaries vary between the different fields of law. <P> Least Experienced. Corporate lawyers with one to four years of work experience in the field earned annual salaries of $65,872 to $122,121 as of July 2009. The average salary range for corporate attorneys with five to nine years of experience was $94,573 to $147,977. Jupiterimages/Pixland/Getty Images. Most Experienced. The income of corporate lawyers with 10 to 19 years of experience in the field was $99,842 to $170,733 in July 2009. In July 2009, the highest paying employers of corporate lawyers were private legal practices, where attorneys earned maximum salaries of $158,271, while hospitals were one of the lowest paying employers with salaries of $147,518. <P> Average Salary. According to PayScale, the average annual salary of a corporate lawyer in 2014 was $98,823. Corporate lawyers are paid for their knowledge and experience, both of which have a strong effect on salary. As shown in the graphic below, the median salary of $51,810 for public defenders is well below the average earnings in this field. An associate who practices criminal law at a large law firm can earn up to $115,000 in their first year, making it a much more lucrative career option. <P> The corporate lawyer salary for individuals with one to four years work experience in their particular field can earn from anywhere between $64,000 to over $125,000. The average corporate lawyer salary for an individual with five to nine years of experience will typically earn between $94,500 to $147,000. Corporate lawyers who are more experienced, for example those with 10 to 19 years of experience will earn somewhere between $100,000 and $180,000. The highest paying specialty for a corporate lawyer, in 2009, was real estate—these individuals average a maximum annual corporate lawyer salary of $175,000. By contrast, corporate lawyers who worked for hospitals only earned a maximum of roughly $148,000. <P> Education Level. In July 2009, corporate lawyers with juris doctor degrees earned the highest average maximum salaries of $154,373 to $171,871. Those with a bachelor's degree in law earned the lowest maximum salaries at $102,789. In July 2009, the highest paying employers of corporate lawyers were private legal practices, where attorneys earned maximum salaries of $158,271, while hospitals were one of the lowest paying employers with salaries of $147,518. <P> Law firms made up of between 501 and 700 lawyers have a median starting salary of $120,000, and law firms with more than 700 lawyers have a median starting salary of $160,000. Some of these students may experience disappointment when they finally realize that many lawyers do not earn huge salaries. According to the National Association for Law Placement, lawyers earn starting salaries ranging from about $30,000 to more than $100,000.
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The corporate lawyer salary will increase to roughly 95,000 after 5 years of work and over 140,000 after 10-15 years.
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rates of buses from miami to new york
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<P> 4. Take a bus from Miami to New York. For about the same price as a train ticket, you can take a Greyhound bus from Miami to New York. The trip takes about 32 hours, and you can go direct or stop in a city such as Richmond, Virginia or Orlando, Florida. If you book 3 weeks or more in advance, you can get a one-way ticket for under $100. <P> LGA Town Car service = $79.00. 6 Passenger Stretch Limousine = $130.00. 8 / 10 Passenger Stretch Limo — $155.00. 5 Passenger Escalade / Denali SUV –$155.00. 10 Passenger shuttle vans –$135.00. 1 ALL INCLUSIVE Limo Rates One Way in either Direction to or from New York City. <P> JFK Car service sedan — $88.00. 6 Passenger Stretch Limousine = $150.00. 8 / 10 Passenger Stretch Limo — $165.00. 5 Passenger Escalade / Denali SUV –$150.00. 10 Passenger Transport Shuttle Vans –$160.00. 1 ALL INCLUSIVE Limo Rates One Way in either Direction to or from New York City. <P> Book your LGA to MIA flights with Expedia and find last-minute New York to Miami airfare. Expedia offers discount airfare on multiple airline carriers that fly direct and indirect routes between LGA and MIA, with new flight deals and promotions almost daily. When you book your next trip from LaGuardia to Miami Intl. <P> Nationwide auto transportation can help you Ship your car today from New York NY to Miami FL we have 7 trucks going in this route every week and back on the other direction from Miami to New York. <P> Town Car service = $160.00. 6 Passenger Stretch Limousine = $245.00. 8 / 10 Passenger Stretch Limo — $275.00. 5 Passenger Escalade / Denali SUV –$245.00. 10 Passenger shuttle vans –$245.00. 1 ALL INCLUSIVE Limo Rates One Way in either Direction to or from New York City.
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one-way ticket for under $100.
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what does a reading specialist do
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<P> A Reading Specialist is a Creative Collaborator. Sometimes that might mean teaching the whole class, team teaching, teaching alongside the regular teacher or pulling students aside into small groups to work with them on reading skills. Perhaps you have been considering pursuing a further degree in the field of education, and you wonder precisely what a reading specialist does. <P> Job duties can vary depending on the place of employment. A reading specialist who works in a school environment may have to meet with the parents of students to give suggestions for home activities to further help with reading skills. He or she can also advise other teachers on how to properly handle students with reading difficulties in their classrooms. To become a reading specialist, a person typically takes undergraduate courses in education, language arts, foundations of reading, literature, and corrective reading. He or she also generally needs to earn a reading specialist certification from the state or region he or she works in. <P> A reading specialist, also known as a reading teacher, is an educator who is professionally trained in teaching literacy skills. To become a reading specialist, a person typically takes undergraduate courses in education, language arts, foundations of reading, literature, and corrective reading. He or she also generally needs to earn a reading specialist certification from the state or region he or she works in. <P> A reading specialist in a school setting may also act as a literacy advocate. He or she may organize campaigns on the importance of reading by setting up reading contests with prizes to make reading fun for students. To become a reading specialist, a person typically takes undergraduate courses in education, language arts, foundations of reading, literature, and corrective reading. He or she also generally needs to earn a reading specialist certification from the state or region he or she works in. <P> A reading specialist is an expert in teaching reading who can support and encourage stronger reading skills in the classroom and out. What a reading specialist does can change someone’s skill set and increase their chance of overall educational success. Perhaps you have been considering pursuing a further degree in the field of education, and you wonder precisely what a reading specialist does. <P> Because reading specialists have advanced degrees in reading, they are in a position to prevent reading failure at their schools. This position statement describes the roles reading specialists can play in instruction, assessment, and school leadership. Teaching all children to read also requires reading specialists in every school because the range of student achievement in classrooms, with the inclusion of children who have various physical, emotional, and educational needs, requires different educational models from those of the past. <P> A Certified Reading Specialist is a licensed teacher who helps aid in reading instruction for kindergarten through twelfth grade. CRS certification is often earned as part of a master's degree program or in addition to such a program. Job Description and Daily Duties. <P> Reading Specialist Certification is required to serve as a reading specialist in elementary and high schools. Reading specialists are professionals who aim to improve reading achievement in their district or school by serving as teachers, coaches, or leaders of school reading programs. <P> A reading specialist generally holds a master’s degree in reading, and he or she is certified K-12 in order to help students of all ages with their reading skills. Perhaps you have been considering pursuing a further degree in the field of education, and you wonder precisely what a reading specialist does. <P> Reading specialists are trained to do these kinds of activities because they are trained to assess students’ reading skills and diagnose different kinds of reading difficulties. These may be developmentally-appropriate reading challenges or issues like dyslexia. Perhaps you have been considering pursuing a further degree in the field of education, and you wonder precisely what a reading specialist does.
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A reading specialist who works in a school environment may have to meet with the parents of students to give suggestions for home activities to further help with reading skills.He or she can also advise other teachers on how to properly handle students with reading difficulties in their classrooms.
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what is plotter paper
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<P> Plotter Paper Roll. Plotter paper is a type of paper that has a capacity of printing vector graphics and is mainly used by architects, interior designers and others to make blueprints so that one can have a fair idea of the design. <P> Part of the Multimedia and graphics glossary: A plotter is a printer that interprets commands from a computer to make line drawings on paper with one or more automated pens. Unlike a regular printer, the plotter can draw continuous point-to-point lines directly from vector graphics files or commands. <P> These 10 animal facts will amaze you. Plotter paper is a special type of paper used with plotter machines. These are printing devices used with computers that are capable of printing vector type graphics. <P> Plotter paper is special paper used with a plotter, typically to print diagrams and layouts. Plotter paper is used to create blueprints. Plotter machines use line drawings to form images on special paper. View slideshow of images above.
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A type of paper that has a capacity of printing vector graphics and is mainly used by architects, interior designers and others to make blueprints so that one can have a fair idea of the design.
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where is penrose nsw
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<P> Penrose. Penrose is one of the small villages in the Southern Highlands, located between Bundanoon and Marulan. Fringed by the Penrose State Forest, it's a pretty spot to enjoy the peace and quiet of the countryside. The scenic Penrose Forestry Road runs through the forest linking this village to the Hume Highway. More. <P> To avoid any delays to your mail or deliveries, make sure you address it with the correct postcode. This postcode finder is the quick and easy way to search and check postcodes for all suburbs and locations around Australia. <P> The Penrose Park Trust manages the facility, drawing funding from the NSW Government. Camping costs $7 a night for adults, $15 for a family and $5 for each additional child. Bunkhouses cost between $40 and $85 per night and sleep up to eight people. Penrose Park is open from 8am to 7.30am every day. <P> Toilet and shower blocks are also available. There's a lot to do for the whole family at Penrose Park. There are tennis courts, children's playgrounds, wood and gas barbecues, walking trails and even a bush golf course. The Park is a safe haven for animals. Many call Penrose home and all have been donated. <P> At Penrose Park in the Southern Highlands of NSW, there is a shrine dedicated to our Lady of Mercy, represented by a replica of the Icon of Our Lady of Jasna Gora, góra known as The Black. Madonna The shrine is run by The order Of. St paul The First hermit known as The Pauline. fathers <P> At Penrose Park in the Southern Highlands of NSW, there is a shrine dedicated to our Lady of Mercy, represented by a replica of the Icon of Our Lady of Jasna Gora, góra known as The Black. madonna <P> Penrose is one of the small villages in the Southern Highlands, located between Bundanoon and Marulan. Fringed by the Penrose State Forest, it's a pretty spot to enjoy the peace and quiet of the countryside. The scenic Penrose Forestry Road runs through the forest linking this village to the Hume Highway. More.
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In the Southern Highlands, located between Bundanoon and Marulan.
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where is fekola project mali
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<P> in Projects. Papillon Resources has commenced early site clearing of the plant site and mine services area at its flagship Fekola gold project in south western Mali, adjacent to the border with Senegal. <P> Papillon starts DFS at Mali gold project in Mali. Papillon Resources has commenced a definitive feasibility study (DFS) at its Fekola gold project, located in the south-west of Mali. <P> Mali gives Fekola gold project the go-ahead – Papillon. Papillon Resources sails through mine permitting in Mali – now it turns to feasibility and financing. Kip Keen | 17 February 2014 23:56. ASX-listed Papillon Resources noted Monday that the Malian government had given it a mining permit for the Fekola gold project. <P> Lycopodium Minerals prepared the optimised feasibility study for the project. The Fekola gold deposit is located within the Kayes region of south-western Mali, Africa. The project is expected to produce an average of 276,000oz a year over its estimated mine life. <P> Papillon Resources has commenced early site clearing of the plant site and mine services area at its flagship Fekola gold project in south western Mali, adjacent to the border with […]. Continue Reading.
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south-west of Mali, adjacent to the border with Senegal.
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causes geographic tongue
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<P> Foods That Cause Geographic TongueSour or spicy foods can cause geographic tongue. Certain foods can cause your tongue to react in a negative way and make the signs of geographic tongue more prominent and irritating.Spicy foods and sour foods may cause burning or a slight swelling of the tongue. <P> Geographic Tongue. Geographic tongue. This is an inflammatory condition of the dorsum or top and sides of the tongue. it takes the form of denudations of the lingual surface (or loss of lingual papillae) in patches of redness that shift in position over hours and days. <P> Symptoms of geographic tongue. Some of the signs and symptoms of geographic tongue include the following: • The side of the tongue or the top may have blister-like lesions that are reddish in color, smooth and in abnormally shaped patches. These map-like patches may have greyish-white borders. Causes of geographic tongue. The exact causes of geographic tongue are unknown. However, some of the causes and risk factors of geographic tongue are listed below: • A family history of geographic tongue increases the risk of the individual to develop the condition. <P> Geographic tongue (also known as benign migratory glossitis or erythema migrans) is a harmless condition that affects about 2% of the population. Geographic tongue is typically seen as well-defined, reddened areas on and around the sides of the tongue. <P> Symptoms of Geographic Tongue. The telltale signs of geographic tongue are irregular, smooth, red patches on parts of the tongue. These patches may: 1 Have a white or light-colored border. 2 Vary in size, shape, and color. 3 Appear one area, and then move to another area. 4 Come and go or change very quickly in days, weeks, or months. 5 Last up to a year <P> Geographic Tongue. Geographic tongue (also known as benign migratory glossitis) is an inflammatory disorder that usually appears on the top and sides of the tongue. QUESTIONS AND ANSWERS ABOUT GEOGRAPHIC TONGUE. <P> The cause of geographic tongue is unknown, and there's no way to prevent the condition. There may be a link between geographic tongue and psoriasis — a chronic skin condition — but more research is needed to better understand the connection. 1 Symptoms. 2 Risk factors.
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Due to loss of the finger-like projections on the tongue.
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what is neuroglia
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<P> Neuroglia are helper cells in the nervous system. They produce products that help support and protect the neurons so they can do their work transmitting impulses, also called action potentials. <P> Neuroglia is the collective term for glial cells, specialized cells that protect and regulate the functioning of neural cells in the brain. In addition to promoting electrical communication between nerve synapses, some of these cells physically protect neural cells by surrounding them to form an insulating barrier. Brain size also determines the number of cerebral neuroglia. Therefore, different species of animals contain varying concentrations of glial cells. The brain of a fruit fly, for example, is composed of 24 percent glia, compared to 90 percent in a human and 97 percent in an elephant. <P> Noun. 1. neuroglia-sustentacular tissue that surrounds and supports neurons in the central nervous system; glial and neural cells together compose the tissue of the central nervous system. glia. interstitial tissue-tissue between the cells of a structure or part in plant or animal. n. The supportive tissue of the nervous system, including the network of branched cells in the central nervous system (astrocytes, microglia, and oligodendrocytes) and the supporting cells of the peripheral nervous system (Schwann cells and satellite cells). Also called glia <P> Neuroglia are non-neuronal cells of the nervous system. It is also called glial cells or glia, which is a Greek work meaning glue. The name comes from what appears to be the function of neuroglia, which is to act as a glue to neurons. Neuroglia are seen in nervous tissues as cells surrounding the neurons. Definition. noun, plural: neuroglia. A cell that surrounds a nerve cell that is responsible for providing mechanical and physical support, supplying nutrients and oxygen to the neuron, providing electrical insulation between neurons, and maintaining homeostasis. <P> Neuroglia. Your central and peripheral nervous systems depend on certain cells that are sort of the unsung heroes in the nervous system. These cells that form myelin, protect, support, and maintain equilibrium in your nervous system are called glial cells. Another type of glial cell in the central nervous system are oligodendrocytes, which creates myelin sheaths around the axons of neurons. The myelin sheath helps your neurons conduct signals more quickly between one another and other cells. Finally, star-shaped glial cells in the CNS are collectively known as astrocytes. <P> • NEUROGLIA (noun). The noun NEUROGLIA has 1 sense: 1. sustentacular tissue that surrounds and supports neurons in the central nervous system; glial and neural cells together compose the tissue of the central nervous system. Familiarity information: NEUROGLIA used as a noun is very rare. Dictionary entry details. <P> neuroglia. the supporting structure of nervous tissue, consisting, in the central nervous system, of astrocytes, oligodendrocytes, and microglia; called also glia. adj., adj neurog´lial. (nū-rog'lē-ă), This word is grammatically singular. Avoid the mispronunciation neurogli'a. Etymology: Gk, neuron + glia, glue. the supporting or nonneuronal tissue cells of the central and peripheral nervous system. They perform the less specialized functions of the nerve network. Kinds of neuroglia include astrocytes, oligodendroglia, and microglia. Compare neuron. neuroglial, adj
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Neuroglia are non-neuronal cells of the nervous system. A cell that surrounds a nerve cell that is responsible for providing mechanical and physical support, supplying nutrients and oxygen to the neuron, providing electrical insulation between neurons, and maintaining homeostasis.
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what is generation x
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<P> Generation X, commonly abbreviated to Gen X, is the generation born after the Western Post–World War II baby boom. Demographers and commentators use birth dates ranging from the early 1960s to the early 1980s. In 2011 The Generation X Report (based on annual surveys used in the Longitudinal Study of today's adults) found Gen Xers, defined in the report as people born between 1961 and 1981, to be highly educated, active, balanced, happy and family oriented. <P> Generation X is the term often applied to the generation born between 1964 and 1981, right after the end of the post-World War II baby boom (1946-1964) that gave boomers their name. Generation X is often abbreviated as Gen X, and members of Generation X are commonly referred to as Gen Xers. For a time, Generation X was called the baby bust generation, because of the declining birth rate that started in 1964, officially ending the post-war baby boom. What Distinguishes Generation X. <P> Generation X by broadest definition includes those individuals born between 1961 and 1981. The collective persona of Gen Xers is frequently debated and discussed among academicians and marketing experts worldwide. It traditionally applies to North Americans (U.S and Canada); Australia, and various European countries. In this article you’ll learn the definition of Generation X and discover its years, size and characteristics including major, defining events like divorce, latchkey kids, the Berlin Wall and the Cold War. You’ll also learn about cultural touchstones like big hair and John Hughes films. <P> Generation X refers to the generation of people that were born after the generation of “baby boomers” which happened after World War II. It was back in the early part of the 1950s that “Generation X” was first coined by Cappa to describe young people in pictures after World War II. After which, the term was used to refer to the young generation who seemed to have no identity, hence the “X” in the term. <P> The term Generation X was coined by the Magnum photographer Robert Capa in the early 1950s. He used it later as a title for a photo-essay about young men and women growing up immediately after the Second World War. The project first appeared in Picture Post (UK) and Holiday (US) in 1953. In 2011 The Generation X Report (based on annual surveys used in the Longitudinal Study of today's adults) found Gen Xers, defined in the report as people born between 1961 and 1981, to be highly educated, active, balanced, happy and family oriented. <P> Generation X -- Noun -- The generation of children born between 1965-1975 who were largely raised by pre-baby-boomer parents. Core attributes are cynicism, pragmatism and expectation that they will be given the shaft by the larger baby boomer cohort that precedes them. <P> Definition. The generation of people born during the 1980s and early 1990s. The name is based on Generation X, the generation that preceded them. Members of Generation Y are often referred to as “echo boomers” because they are the children of parents born during the baby boom (the “baby boomers”). <P> Millennials (also known as the Millennial Generation or Generation Y) are the demographic cohort following Generation X. There are no precise dates when the generation starts and ends; most researchers and commentators use birth years ranging from the early 1980s to the early 2000s. <P> Generation Y: Generation Y. You guessed it, Generation Y came after Generation X. Generation Y covers people born between the 1980’s and the year 2000, and these individuals are sometimes referred to as Gen Y, the Millennial Generation, or simply Millennials. Generation Z: Generation Z is the generation of children born after the Year 2000. They are the children of Generation X and Generation Y. To be fair we don’t know a whole lot about the character traits of Generation Z, because they haven’t been on the earth for very long yet.
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It refers to the generation of people that were born after the generation of “baby boomers” which happened after World War II.
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salary of company vice president
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<P> According to the Office of Personnel Management, the United States Vice Presidential Salary in 2011 was $230,700 per year. In addition, the Vice President is awarded a $20,000 expense account for costs incurred while maintaining the office of Vice President. As reported by the Bureau of Labor Statistics, the salary for similar positions in the public sector was $165,080 in 2010. The Vice President of the United States is on call 24 hours a day while in office. In addition to normal, day-to-day office work, a Vice President also performs ceremonial duties at home and around the world. <P> Salary By Region. In 2013, average salaries for small company executive vice presidents varied considerably in all U.S. regions, according to Indeed. In the South region, they earned the highest salaries of $124,000 in Washington, D.C., and lowest of $89,000 in Louisiana. A small company executive vice president making $105,000 would need to earn $231,126 in New York City to maintain his living standard, according to CNN Money's Cost of Living calculator. In Washington, D.C., he'd need to make $151,373 per year, or about 44 percent more. <P> Average Vice President Salaries. The average salary for vice president jobs is $84,000. Average vice president salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term vice president anywhere in the job listing. <P> Vice-President Salary. Vice-President average salary is $131,993, median salary is $125,000 with a salary range from $24,000 to $1,800,000. Vice-President salaries are collected from government agencies and companies. Each salary is associated with a real job position. <P> Average pay for a VP of Operations in the United States is considerable, rounding six figures at $118K per year. In the world of VPs of Operations, overall cash earnings stretch from $69K near the bottom to $216K near the top; these packages encompass bonuses that run close to $50K and profit sharing that can (albeit rarely) exceed $35K, along with commissions approaching $51K. <P> They earn salaries averaging above $100,000 annually. The average annual salary for a small company executive vice president was $105,000 as of 2013, according to the job site Indeed. A small company executive vice president making $105,000 would need to earn $231,126 in New York City to maintain his living standard, according to CNN Money's Cost of Living calculator. In Washington, D.C., he'd need to make $151,373 per year, or about 44 percent more. <P> A small company executive vice president can earn more in certain industries. For example, chief executives earned the highest salaries of $232,020 working for securities and commodities brokerage firms, according to May 2012 data from the U.S. Bureau of Labor Statistics. A small company executive vice president making $105,000 would need to earn $231,126 in New York City to maintain his living standard, according to CNN Money's Cost of Living calculator. In Washington, D.C., he'd need to make $151,373 per year, or about 44 percent more. <P> Average Construction Company Vice President salaries for job postings nationwide are 77% higher than average salaries for all job postings nationwide. <P> Salary of the Vice-President. The Vice President of the United States is on call 24 hours a day while in office. In addition to normal, day-to-day office work, a Vice President also performs ceremonial duties at home and around the world. In addition, the Vice President is also president of the Senate
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Around $131,993.
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why do hamsters bite
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<P> Any hamster regardless of its age, type, colour, or gender should Never bite. The only reason a hamster bites is simply because it has a bad temperament. The temperament of an animal will never be achieved by taming it. Temperament is hereditary and a temperament can be either aggressive or docile. A docile temperament is the number one priority when breeding hamsters. <P> If your hamster is biting you try washing your hands really good before attempting to handle your pet. The smell of food is definitely a trigger to their senses and they think, yumm food.. I have heard that male hamsters are more aggressive than female hamsters. My hamster is a male and he does bite from time to time. <P> Yes....Hamsters do bite but If you are gentle with the hamster then you should be fine, if the hamster is scared then they will bite. Dont put your finger through the bars of the cage cause they might think its food and bite your finger.. <P> There are better things to chew on than a cage. hamster eating image by cat from Fotolia.com. If you've ever had a hamster, you've probably familiar with a couple of situations. The first is his chewing a hole in his cage to stage a daring escape and prompt a search and chase throughout the house. The second is his keeping you awake night after night with the cling-clang melody of his nocturnal cage-biting. <P> male hamsters do bite. females can bite if they are startled but they are more likely not to bite. all hamsters boy or girl will bit e if they are startled before you hold … them you have to rub their back or head and then gently pick them up. I hope I answered your question! . <P> male hamsters do bite. females can bite if they are startled but they are more likely not to bite. all hamsters boy or girl will bit e if they are startled before you hold … them you have to rub their back or head and then gently pick them up. <P> Hamsters bite when they feel threatened. Usually they will warm up to you and become used to your voice, it takes a few days or sometimes a few weeks. If your hamster is bitin … g you try washing your hands really good before attempting to handle your pet.
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The only reason a hamster bites is simply because it has a bad temperament.
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what does lactose do
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<P> Lactase is an enzyme produced by many organisms. It is located in the brush border of the small intestine of humans and other mammals. Lactase is essential to the complete digestion of whole milk; it breaks down lactose, a sugar which gives milk its sweetness. Lacking lactase, a person consuming dairy products may experience the symptoms of lactose intolerance. The optimum temperature for human lactase is about 37°C for its activity and has an optimum pH of 6. In metabolism, the β -glycosidic bond in D-lactose is hydrolyzed to form D-galactose and D-glucose, which can be absorbed through the intestinal walls and into the bloodstream. <P> People who are lactose intolerant have trouble digesting the milk sugar lactose. Lactase is an enzyme that splits the milk sugar lactose, to produce the sugars glucose and galactose. 1 For lactose intolerance: the typical dose of lactase is 6000-9000 IU tablets chewed and swallowed at the start of a meal that contains lactose. 2 2000 IU of the solution added to 500 mL of milk immediately before drinking it has also been used. <P> From Wikipedia, the free encyclopedia. Lactose is a disaccharide sugar derived from galactose and glucose that is found in milk. Lactose makes up around 2–8% of milk (by weight), although the amount varies among species and individuals, and milk with a reduced amount of lactose also exists. Lactose is a disaccharide derived from the condensation of galactose and glucose, which form a β-1→4 glycosidic linkage. Its systematic name is β-. <P> Lactose intolerance means the body cannot easily digest lactose, a type of natural sugar found in milk and dairy products. This is not the same thing as a food allergy to milk. A big challenge for people who are lactose-intolerant is learning how to eat to avoid discomfort and to get enough calcium for healthy bones. Lactose intolerance occurs when the small intestine does not make enough of an enzyme called lactase. Your body needs lactase to break down, or digest, lactose. <P> Overview. Your sensitivity to lactose in dairy doesn´t have to put a crimp in your lifestyle if you know how to manage it. That´s what we´re here to help you do. LACTAID ® Dairy Products allow people to enjoy their favorite dairy foods because the lactose is already broken down in the products. LACTAID ® Dietary Supplements provide the lactase you need to break down the lactose in dairy foods. We want you to enjoy the foods you love. <P> The LCT gene provides instructions for making an enzyme called lactase. This enzyme helps to digest lactose, a sugar found in milk and other dairy products. Lactase is produced by cells that line the walls of the small intestine. <P> Lactose is a type of sugar found in milk and other milk products. In the body, lactose is broken down with the aid of an enzyme called lactase. However, some people are lactose-intolerant because they do not have enough of the enzyme, which causes them to experience side effects like gas, bloating and diarrhea after taking milk products. Find alternatives for butter if you have trouble even with tiny amounts of lactose. Try margarine products that are lactose-free. These are often made from plant-based oils, which do not contain lactose. Read labels carefully and watch for lactose-free or dairy-free labels. <P> Answer by Highkicker. Confidence votes 1.0K. Lactase is an enzyme which breaks down lactose, a sugar found in milk and other dairy products. Many people are lactose intolerant, because they don't produce sufficient lactase in their digestive tract to break down the lactose, so the bowels become irritated etc. Lactase is a digestive enzyme that is produced by the small intestine. The prime function of lactase is to digest a sugar compound called lactose. Yap, lactase is an enzym … e that breaks down the disaccharide lactose yielding an end-product of glucose and galactose. <P> Lactase is an enzyme which breaks down lactose-a sugar found in milk and other dairy products. Lactase is a digestive enzyme that is produced by the small intestine. The prime function of lactase is to digest a sugar compound called lactose. Yap, lactase is an enzym … e that breaks down the disaccharide lactose yielding an end-product of glucose and galactose.
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Lactase is essential to the complete digestion of whole milk; it breaks down lactose, a sugar which gives milk its sweetness.
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where was where the heart is filmed
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<P> Hallmark Channel’s choice of Colorado to film episodes of When Calls the Heart was facilitated by the Colorado Film Office with the legislation signed last year by Gov. Hickenlooper. The legislation added incentives to make Colorado more competitive for television and film production. <P> The first series was mostly filmed in Slaithwaite, with some exterior shots filmed in the village of Baildon, but from series 2 onwards, Marsden was used as the principal filming location. The theme song Where the Heart is was performed by Prefab Sprout (written and sung by Paddy McAloon). It was released as a single and appears on the band's 38 Carat Collection. The programme is now repeated on ITV3. <P> The film opened in theaters in the United States on April 28, 2000. Where the Heart Is accumulated (USD)$8,292,939 in its opening weekend, opening at number 4. There are some parts in the film that are different from the novel: 1 Novalee finds the number 5 very unlucky in the movie and the number 7 unlucky in the book. 2 Sister Husband has brown hair in the movie and blue hair in the book. 3 Lexie marries Leon Yoder (Ernie the Exterminator was not in the book). <P> Slaithwaite (pronounced Slough wit) is used as the canal side location for the long running series Last of the Summer Wine and the fictional Skelthwaite location for the TV series Where the Heart is. A beautiful part of Yorkshire. Best Answer: The series is filmed in the Colne Valley using the real life villages of Slaithwaite and Marsden for many of the external shots. Some key filiming hot spots are Skethwaite Arms-The Silent Woman Pub, Slaithwaite Goddards Mill-Metham Mills, Meltham Health Centre-Marsden Health Centre, Marsden. <P> The screenplay, written by Lowell Ganz and Babaloo Mandel, is based on the best-selling novel by Billie Letts. The film follows five years in the life of Novalee Nation, a pregnant 17-year-old, who is abandoned by her boyfriend at a Wal-Mart in a small Oklahoma town. She secretly moves into the Wal-Mart store where she eventually gives birth to her baby, which attracts media attention. There are some parts in the film that are different from the novel: 1 Novalee finds the number 5 very unlucky in the movie and the number 7 unlucky in the book. 2 Sister Husband has brown hair in the movie and blue hair in the book. 3 Lexie marries Leon Yoder (Ernie the Exterminator was not in the book). <P> Where the Heart Is is a British television family drama series set in the fictional Yorkshire town of Skelthwaite. First shown in 1997, it was created by Ashley Pharoah and Vicky Featherstone and focuses on the professional and personal lives of the district nurses who work in the town. The theme song Where the Heart is was performed by Prefab Sprout (written and sung by Paddy McAloon). It was released as a single and appears on the band's 38 Carat Collection. The programme is now repeated on ITV3. <P> Where the Heart Is is a 2000 drama / romance film directed by Matt Williams, in his film directing debut. The movie stars Natalie Portman, Stockard Channing, Ashley Judd, and Joan Cusack with supporting roles done by James Frain, Dylan Bruno, Keith David, and Sally Field. There are some parts in the film that are different from the novel: 1 Novalee finds the number 5 very unlucky in the movie and the number 7 unlucky in the book. 2 Sister Husband has brown hair in the movie and blue hair in the book. 3 Lexie marries Leon Yoder (Ernie the Exterminator was not in the book). <P> In October 2006, the series was cancelled after nine years, despite viewing figures of well over 7 million. The theme song Where the Heart is was performed by Prefab Sprout (written and sung by Paddy McAloon). It was released as a single and appears on the band's 38 Carat Collection. The programme is now repeated on ITV3.
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Slaithwaite and Marsden.
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what airport is closest to university of kansas
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<P> Domestic airports near University of Kansas. 33 miles: Topeka, KS (FOE / KFOE) Forbes Field. 54 miles: Kansas City, MO (MCI / KMCI) Kansas City International Airport. 93 miles: Manhattan, KS (MHK / KMHK) Manhattan Reg <P> This airport has domestic flights from Topeka, Kansas and is 33 miles from the center of Lawrence, KS. Another major airport is Kansas City International Airport (MCI / KMCI), which has international and domestic flights from Kansas City, Missouri and is 51 miles from <P> Find hotels near University of Kansas in Lawrence KS on Hotels-Rates.com. Many of these Lawrence hotels are within a short distance of University of Kansas. 1-25 of 75 Hotels within 28.4 miles of University of Kansas. Hotels closest to University of Kansas are listed first. <P> Directions to the University of Kansas Medical Center. The University of Kansas Medical Center is centrally located on the major interstate highway system. The medical center campus is a mile south of I-35 and 7th St. Trafficway South, at 39th Avenue and Rainbow Boulevard (3901 Rainbow Boulevard) in Kansas City, Kansas. <P> The nearest major airport is Forbes Field (FOE / KFOE). This airport has domestic flights from Topeka, Kansas and is 33 miles from the center of University of Kansas. Another major airport is Kansas City International Airport (MCI / KMCI), which has international and domestic flights from Kansas City, Missouri and is 54 miles from <P> Most students fly into either the Kansas City airport or the St. Louis airport. Each of these airports is located approximately 120 miles, or a two-hour drive, from Columbia. The Columbia Regional Airport is a short 15-minute drive south of the MU campus.
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Forbes Field (FOE / KFOE).
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cost to produce asphalt
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<P> 1 Some experts recommend sealing a driveway every year, depending on climate and other conditions. 2 Do-it-yourself supplies can cost $50 -$200 depending on the size and condition of the driveway, and the quality of the sealer. 3 Professional driveway sealing can cost $200 -$500 or more. 1 Professional driveway sealing can cost $200 -$500 or more. 2 Asphalt driveways are typically installed by asphalt or paving contractors (although general building or landscaping contractors may do this as part of a larger project, and sub out the asphalt work. <P> 1 An asphalt driveway typically costs about $2 -$5 a square foot, $1,200 - $3,000 for a 12'x50' single-car driveway; or $25,000 -$50,000 for up to a quarter mile. 1 Professional driveway sealing can cost $200 -$500 or more. 2 Asphalt driveways are typically installed by asphalt or paving contractors (although general building or landscaping contractors may do this as part of a larger project, and sub out the asphalt work. <P> Your driveway, would be roughly $1,000 of asphalt assuming 3 inches thick and $140/ton. Again, this is just an estimate, because your driveway is small, the unit price will likely be higher. Let’s say it’s $1,500 in paving and then likely another $1,000 to $2,000 in prep work. <P> Making the world better, one answer at a time. The average cost for 2 asphalt installed is $ 1.80 sf. It really can vary, a lot of times excavation must be done and also road base needs to be laid down. You're looking at a bill ranging from $1,800 to $2,700 for base work plus asphalt for a 450 square foot driveway. The average cost for 2 asphalt installed is $ 1.80 sf It really can vary, a lot of times excavation must be done and also road base needs to be laid down. You're looking … <P> 1 CostHelper readers report paying $2,300 -$10,300 to install a new asphalt driveway or completely remove replace an old one, or $1.67 -$2.72 a square foot, with an average cost of $2.24 a square foot. 1 Professional driveway sealing can cost $200 -$500 or more. 2 Asphalt driveways are typically installed by asphalt or paving contractors (although general building or landscaping contractors may do this as part of a larger project, and sub out the asphalt work. <P> -- Other equipment (bins, loaders, etc.). cost per ton. Regarding total production cost per ton. produced, all producers in the FMI database averaged $17.82 to. produce a ton of hot-mix asphalt in 1995. This average compares. to a total cost per ton to produce of $16.70 in 1994 and $17.12. in 1993. However, lowest cost producers produced hot-mix asphalt. at an average of $14.70/ton in 1995. This represents a 10.4%. jump from $13.32 per ton in 1994. <P> What should be included: 1 CostHelper readers report paying $2,300 -$10,300 to install a new asphalt driveway or completely remove replace an old one, or $1.67 -$2.72 a square foot, with an average cost of $2.24 a square foot. 1 Professional driveway sealing can cost $200 -$500 or more. 2 Asphalt driveways are typically installed by asphalt or paving contractors (although general building or landscaping contractors may do this as part of a larger project, and sub out the asphalt work. <P> Cost. Ignoring any maintenance costs, asphalt is generally much cheaper to install than concrete. On average, the cost per square foot for asphalt will run between $2.50 to $4.00. Fluctuations in crude oil prices can cause fluctuations in asphalt prices but the price will remain around this range. Concrete, on the other hand, can run between $4.00 to $6.00 per square foot for basic installation and can cost more depending on different finishes and detail. It’s not unheard of to have a stained concrete driveway with a smooth finish cost over $15.00 per square foot.
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Between $2.50 to $4.00.
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where did the battle of gettysburg take place
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<P> User: In which U.S. state did the Battle of Gettysburg take place? User: In which U.S. state did the Battle of Gettysburg take place? A. Virginia B. Maryland C. New Jersey D. PennsylvaniaWeegy: The answer is A. Virginia. <P> The Battle of Gettysburg took place in and around the town of Gettysburg Pennsylvania. It occurred during the 1-3 of July, 1863. The first day, the battle was in the area West and North of Gettysburg. <P> Battle of Gettysburg This most famous and most important Civil War Battle occurred over three hot summer days, July 1 to July 3, 1863, around the small market town of Gettysburg, Pennsylvania. It began as a skirmish but by its end involved 160,000 Americans. <P> Introduction. The Battle of Gettysburg, fought from July 1 to July 3, 1863, is considered the most important engagement of the American Civil War. After a great victory over Union forces at Chancellorsville, General Robert E. Lee marched his Army of Northern Virginia into Pennsylvania in late June 1863. <P> It was the Battle of Gettysburg, which took place on July 1 through 3, 1863, in southern Pennsylvania. The battle was General Robert E. Lee's final attempt to invade the North. <P> The Battle of Gettysburg (July 1-3, 1863) was a major battle of the US Civil War. It took place in and south of Gettysburg, PA, only about 10 miles north of the Maryland borde … r in south central Pennsylvania. <P> The Battle of Gettysburg took place in and around the town of Gettysburg Pennsylvania. It occurred during the 1-3 of July, 1863. The first day, the battle was in the ar … ea West and North of Gettysburg. Then the Union forces moved to the small hills south of the town.
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In and around the town of Gettysburg Pennsylvania.
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frozen temperature range
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<P> 1 If an appliance thermometer was kept in the freezer, check the temperature when the power comes back on. 2 If the freezer thermometer reads 40°F or below, the food is safe and may be refrozen. 3 If a thermometer has not been kept in the freezer, check each package of food to determine its safety. 1 Also, when putting food away, don't crowd the refrigerator or freezer so tightly that air can't circulate. 2 Keep your appliances at the proper temperatures. 3 Keep the refrigerator temperature at or below 40° F (4° C). 4 The freezer temperature should be 0° F (-18° C). 5 Check temperatures periodically. <P> For example, agar displays a hysteresis in its melting and freezing temperatures. It melts at 85 °C (185 °F) and solidifies from 31 °C to 40 °C (89.6 °F to 104 °F). Freezing, or solidification, is a phase transition in which a liquid turns into a solid when its temperature is lowered below its freezing point. For most substances, the melting and freezing points are the same temperature; however, certain substances possess differing solid–liquid transition temperatures. <P> A refrigerator maintains a temperature a few degrees above the freezing point of water. Optimum temperature range for perishable food storage is 3 to 5 °C (37 to 41 °F). <P> Freezer Storage. Keep your freezer at zero degrees (0°) or below to maintain the quality of frozen foods. Most foods will maintain good quality longer if the freezer temperature is -10 to -20°F. At temperatures between 0 and 32°F, food deteriorates more rapidly. Fluctuating temperatures, such as those in self-defrosting freezers, also may damage food quality. If your freezer does not have a built-in thermometer, check the temperature frequently. 1 One easy way to estimate the freezer's temperature is to check the consistency of ice cream stored inside the compartment. 2 If the ice cream is not brick-hard, the temperature of your freezer is too warm. <P> The ideal freezer temperature is 0 Fahrenheit (-18 Celsius) for storing food. And -10 Fahrenheit (-23 Celsius) is recommended when freezing food. The faster food freezes the smaller the ice crystals. The smaller the ice crystals the smaller the change in texture and better quality when thawed. <P> 1 Keep the refrigerator temperature at or below 40° F (4° C). 2 The freezer temperature should be 0° F (-18° C). 3 Check temperatures periodically. 4 Appliance thermometers are the best way of knowing these temperatures and are generally inexpensive. 1 Also, when putting food away, don't crowd the refrigerator or freezer so tightly that air can't circulate. 2 Keep your appliances at the proper temperatures. 3 Keep the refrigerator temperature at or below 40° F (4° C). 4 The freezer temperature should be 0° F (-18° C). 5 Check temperatures periodically. <P> Any refrigerator or freezer used for vaccine storage must maintain the required temperature range year-round, be large enough to hold the year's largest inventory, and be dedicated to storage of biologics (i.e., food or beverages should not be stored in vaccine storage units). An estimated 17%--37% of providers expose vaccines to improper storage temperatures, and refrigerator temperatures are more commonly kept too cold than too warm (2,3). Freezing temperatures can irreversibly reduce the potency of vaccines required to be stored at 35°F--46°F (2°C--8°C).
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0 Fahrenheit (-18 Celsius)
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causes of rash
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<P> a rash is an inflammatory reaction of the skin rashes can be caused by a wide variety of mild to serious diseases disorders and conditions rashes can affect a small area of the skin or the full body and occur in all age groups and populations <P> other common causes of a rash include eczema atopic dermatitis tends to happen in people with allergies or asthma the rash is generally red itchy and scaly psoriasis tends to occur as red scaly itchy patches over joints and along the scalp fingernails may also be affected <P> contact dermatitis is a common type of rash it causes redness itching and sometimes small bumps you get the rash where you have touched an irritant such as a chemical or something you are allergic to like poison ivy some rashes develop right away others form over several days <P> other types of rashes include eczema a common rash for people with asthma or allergies the rash is often reddish and itchy with a scaly texture bug bites tick bites are of particular concern as they can transmit disease psoriasis a scaly itchy red rash that forms along the scalp and joints <P> skin rashes can occur from a variety of factors including infections heat allergens immune system disorders and medications one of the most common skin disorders that causes a rash is atopic dermatitis ay top ik dur muh tie tis also known as eczema <P> rubella causes a rash of red skin spots that spreads like chickenpox from the face down the skin rash can be itchy other symptoms include sore throat fever swollen glands headache and runny nose there is a vaccine for rubella but about 10 percent of young adults are still susceptible <P> a rash is an abnormal condition and reaction of the skin a rash can be a symptom of a wide variety of mild to serious diseases disorders and conditions a rash can result from infection irritation inflammation allergy insect bites and other abnormal conditions a rash can occur in any age group or population
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Include eczema atopic dermatitis tends to happen in people with allergies or asthma the rash is generally red itchy and scaly psoriasis tends to occur as red scaly itchy patches over joints and along the scalp fingernails may also be affected.
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starting salary dental hygienist
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<P> $70,700. With an average salary of $71,530 in 2013, dental hygienists earn salaries that compare well to other health care jobs. However, dental assistants ($35,640) and clinical laboratory technicians ($40,240) generally make about half as much money. In 2013, their median salary was $71,110. The best-paid earned about $96,690, and the bottom 10 percent earned $47,880. Many of the top-paid hygienists work in dental offices, but ambulatory health care services also pay well. <P> Pay Variables. The median annual wage for dental hygienists in 2012 was $70,210, according to the U.S. Bureau of Labor Statistics. The median hourly rate was $33.75. The top 10 percent earned more than $96,280 per year. <P> According to the BLS report, for states hiring more than 500 hundred dental hygienist, two states with the highest yearly average salary were Washington at $90,140 and Alaska at $96,280 and two states with the lowest yearly average salary were West Virginia at $46,210 and Alabama at $42,970. The median annual salary was $67,340 with the lowest 10 percent making under $44,900 and the lowest 25 percent making under $55,620. By industry, the majorities of dental hygienists were employed at offices of dentists and had an average salary of $68,160. <P> For example the median expected annual pay for a typical Dental Hygienist in the United States is $69,188 so 50% of the people who perform the job of Dental Hygienist in the United States are expected to make less than $69,188. Source: HR Reported data as of September 2015. Median $69,188. <P> Salary Outlook. Hygienists make comfortable salaries, especially considering that more than half of them work part time. In 2013, their median salary was $71,110. The best-paid earned about $96,690, and the bottom 10 percent earned $47,880. Many of the top-paid hygienists work in dental offices, but ambulatory health care services also pay well. <P> According to the BLS report for May 2009, the mean annual salary for dental hygienist was $67,860 and the mean hourly wage was $32.63. The median annual salary was $67,340 with the lowest 10 percent making under $44,900 and the lowest 25 percent making under $55,620. By industry, the majorities of dental hygienists were employed at offices of dentists and had an average salary of $68,160. <P> General Salaries. In 2011, dental hygienists earned an average of $69,760 a year, according to the Bureau of Labor Statistics. The median wage — or “midpoint” salary for this occupation — was $69,280 a year, which means that half of all hygienists earn this salary or more a year. But neither of these figures account for experience. As with any job, a dental hygienist makes less when starting in the industry. <P> Dental hygienist salaries vary with experience, education, employer and location. Median annual dental hygienist salaries were about $70,000 in May 2012. The lowest 10 percent earned a dental hygienist salary of less than about $47,000 and the highest 10% earned a dental hygienist salary of more than about $96,000. <P> With less than one year of experience, a dental hygienist can expect to earn at least $12.38 an hour. This works out to almost $26,000 a year. On the high side, hygienists can earn a starting wage of $34.88 an hour, or just over $72,000 a year — a respectable salary for almost any professional fresh to the field. The median wage — or “midpoint” salary for this occupation — was $69,280 a year, which means that half of all hygienists earn this salary or more a year. But neither of these figures account for experience. As with any job, a dental hygienist makes less when starting in the industry. <P> Dental Hygienist Salary. Dental Hygienist average salary is $58,591, median salary is $56,160 with a salary range from $24,000 to $93,600. Dental Hygienist salaries are collected from government agencies and companies. Each salary is associated with a real job position. Dental Hygienist salary statistics is not exclusive and is for reference only.
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At least $12.38 an hour.
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average cost of waterproofing your basement
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<P> Get an INSTANT estimate of the cost to Waterproof a Basement! Our free calculator uses recent, trusted data to estimate costs for your Basement Waterproofing project. For a basic 120 square feet project in zip code 47474, the benchmark cost to Waterproof a Basement ranges between $7.22 - $9.08 per square foot* . To estimate costs for your project: 1. <P> The entire system can cost between $3,000 and $5,000 for a 20-by-20 foot basement room. The best option for waterproofing is investing in a full-scale exterior waterproofing solution. This is also the most expensive, often costing between $15,000 and $30,000. Basement waterproofing can cost as little as $20 for small wall cracks and as much as tens of thousands of dollars for repairs and complete basement waterproofing systems. There are different methods of basement waterproofing to choose from and different solutions are used for different homes <P> Determining the cost to waterproof a basement can be a tricky process. A number of aspects need to be evaluated to learn the cause of any water problems. After the source of the water problem is located, you can determine the proper treatment and its cost. A basement waterproofing expert will help you determine the appropriate solution, whether it involves minor leak repair and sealing basement walls (2009 cost: $350 and up) or installing drains and sump pumps to consistently eliminate outside water before it can enter the house (cost: $1,000 to 2,500). <P> In general, the cost to fix a basement leak can be as low as $150, to 10’s of $1,000’s; obviously the repair method and the amount of waterproofing will determine the actual cost to waterproof a basement. <P> Cost in 2009: $50 to $300 (for pipe insulation and a quality dehumidifier; costs will be significantly higher if heating and air conditioning work must be done). If your water problem is caused by insufficient outside drainage, waterproofing may not even be necessary. A basement waterproofing expert will help you determine the appropriate solution, whether it involves minor leak repair and sealing basement walls (2009 cost: $350 and up) or installing drains and sump pumps to consistently eliminate outside water before it can enter the house (cost: $1,000 to 2,500). <P> What the Cost Covers. The basic cost to waterproof a basement averages around $7-$7.50 per square foot in 2014. The estimate is calculated from average material costs, labor, productivity rates and national average hourly labor wages. Basement waterproofing can cost as little as $20 for small wall cracks and as much as tens of thousands of dollars for repairs and complete basement waterproofing systems. There are different methods of basement waterproofing to choose from and different solutions are used for different hom <P> Typical costs: 1 Approximately five yards of soil to make the ground slope away from your home runs $40-$150 depending on location and quality of soil. 2 Hiring someone to do this can be another $50-$150 or more depending on what's involved in the project. 3 If you don't have rain gutters on your home, install them. 1 If you don't have rain gutters on your home, install them. 2 If you have gutters, extend the downspouts. 3 Simple above-ground extensions of 3-25 feet are $10-$50 each. <P> 1 Approximately five yards of soil to make the ground slope away from your home runs $40-$150 depending on location and quality of soil. 2 Hiring someone to do this can be another $50-$150 or more depending on what's involved in the project. 3 If you don't have rain gutters on your home, install them. 1 If you don't have rain gutters on your home, install them. 2 If you have gutters, extend the downspouts. 3 Simple above-ground extensions of 3-25 feet are $10-$50 each. <P> 1 Hiring someone to repair and seal your basement interior can run $250-$1,000 or more; if the project also includes outside excavation plus installing a waterproof barrier and footer drains, the total cost starts around $5,000-$10,000, but can run $11,000-$15,000 or more. 1 If you don't have rain gutters on your home, install them. 2 If you have gutters, extend the downspouts. 3 Simple above-ground extensions of 3-25 feet are $10-$50 each.
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Between $7.22 to $9.08 per square foot.
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video on how to do mail merging
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<P> Mail Merge Step by Step Instructions for the PC Page 1 of 4 1. Open Microsoft Word 2003. 2. Go to If the task pane was closed, it will open the Mail Merge task pane. Step 1: Select Document Type 1. Under Select document type, choose Letters. Mail Merge Step by Step Instructions for the PC Page 4 of 4 2. To locate a specific item, click Find a recipient... , and then enter the criteria in the Find field. 3. To change the list of recipients, click Edit recipient list... , and make your changes in the Mail Merge Recipients window. <P> Click the Mailings tab to open the Mail Merge tools. If you are using Word 2003 or older, click the Tools menu and select Letters and Mailings → Show Mail Merge Toolbar. 4. Click the Start Mail Merge button and select your format. You can use Mail Merge to create emails, letters, envelopes, labels, and directories. You can also select Normal Word Document if you're not sure. 1 If you select Envelopes, the Envelope Options window will appear, allowing you to choose how your envelopes will be formatted as well as the physical envelope size. <P> 1 On the Mailings tab, click Start Mail Merge, and then click Step by Step Mail Merge Wizard. 2 Under Select document type, click Labels, and then click Next: Starting Document. 3 Under Select starting document, click Change document layout or Start from existing document. 1 In the Mail Merge task pane, click Select from Outlook contacts, and then click Choose Contacts Folder under the Select from Outlook Contacts Folder heading. 2 A dialog box to select contacts appears, with the available Contacts folder. 3 Select the correct folder, and then click OK. <P> Video: Mail merge. To show how mail merge works, let's start with an email message. You start with a main document, attach a list of recipient information, and add mail merge fields. Then Word automatically fills in the fields with recipient information and generates all the individual documents. <P> Instructions for Using Mail Merge. Select the Mailings tab and from there you'll find Start Mail Merge.” Scroll on down to step-by-step, Mail Merge Wizard, and from here you'll find the wizard starts. The first thing you're going to do is select your document type. You can create a mail merge with letters, email messages, envelopes, labels, directories. <P> Start a mail merge. To do this, use one of the following procedures, as appropriate for the version of Word that you are running. On the Tools menu, click Letters and Mailings, and then click Mail Merge Wizard. On the Tools menu, click Letters and Mailings, and then click Mail Merge. On the Mailings tab, click Start Mail Merge, and then click Step by Step Mail Merge Wizard. The Mail Merge task pane appears. <P> Click Mailings Start Mail Merge, and then click the kind of merge you want to run. Click Select Recipients Use an Existing List. Browse to your Excel spreadsheet, and then click Open. If Word prompts you, select Sheet1$ and click OK. Now the Excel spreadsheet’s connected to the mail merge document you’re creating in Word. To include only some of the people or items from your spreadsheet, click Mailings Edit Recipient List. The Mail Merge Recipients box opens. <P> 1 On the Tools menu, click Letters and Mailings, and then click Mail Merge. 2 Microsoft Office Word 2007 or later versions of Word. 3 On the Mailings tab, click Start Mail Merge, and then click Step by Step Mail Merge Wizard. 4 Under Select document type, click Labels, and then click Next: Starting Document. 1 In the Mail Merge task pane, click Select from Outlook contacts, and then click Choose Contacts Folder under the Select from Outlook Contacts Folder heading. 2 A dialog box to select contacts appears, with the available Contacts folder. 3 Select the correct folder, and then click OK. <P> In this free mail merge video tutorial, learn how to use Microsoft Word and Open Office to mail merge for mass mailing, from our expert Gary Zier. Gary will teach and demonstrate all the steps required for creating a mail merge document using Microsoft Word and Excel, and Open Office. <P> Mail Merge Step by Step Instructions for the PC Page 2 of 4 5. In the Mail Merge Recipients window, select the recipients you want by checking the boxes next to the recipients. To sort the list, click the column heading of the item you want to sort by. Mail Merge Step by Step Instructions for the PC Page 4 of 4 2. To locate a specific item, click Find a recipient... , and then enter the criteria in the Find field. 3. To change the list of recipients, click Edit recipient list... , and make your changes in the Mail Merge Recipients window.
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To show how mail merge works, let's start with an email message. You start with a main document, attach a list of recipient information, and add mail merge fields. Then Word automatically fills in the fields with recipient information and generates all the individual documents.
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where do muscles attach
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<P> Picture of the Biceps. © 2014 WebMD, LLC. All rights reserved. The biceps is a muscle on the front part of the upper arm. The biceps includes a “short head” and a “long head” that work as a single muscle. The biceps is attached to the arm bones by tough connective tissues called tendons. The tendons that connect the biceps muscle to the shoulder joint in two places are called the proximal biceps tendons. The tendon that attaches the biceps muscle to the forearm bones (radius and ulna) is called the distal biceps tendon <P> Rating Newest Oldest. Best Answer: No. Only skeletal muscles are connected to bones. They don't attach directly to the bones, but are attached by tendons that emerge at the ends of the muscle groups or individual muscles. Smooth muscles are organ muscles, and cardiac muscle is specialized conductive muscle of the heart <P> Our bodies have different types of tissues that are used to connect all of our different parts. Bones are connected to other bones by special tissues called ligaments.. But when bones are connected to muscles, the special tissues are called tendons.. Tendons are very strong. When a muscle pulls, they pull too and they can move our bones. We have tendons in many parts of our bodies: wrists, elbows, thumbs, shoulders, knees, head, legs, and heels. Tendons almost always connect bone to muscle, but sometimes they connect muscle to other things, like an eyeball! 1 Share. <P> Tendons and Muscles. Tendons are similar to ligaments, except these tension-withstanding fibrous tissues attach muscle to bone. Tendons consist of densely packed collagen fibers. Muscles, either individually or in groups, are supported by fascia. <P> Confidence votes 2.4K. They attach to the facial bones, just as all the other muscles in the body attach to bone. They are there to act on the bones and cause movement. An exception to that would be the cardiac muscle, among a few others, but they don't occur on the face. Muscles are attached by tendons (with a few exceptions). The muscles are attached to the tendons by a musculo-tendonious junction. The tendons are a part of the muscle that ta … pers off to a strong tendon. <P> Ligaments and tendons are fibrous bands of connective tissue that attach to bone. Ligaments connect two or more bones together and help stabilize joints. Tendons attach muscle to bone. Tendons vary in size and are somewhat elastic and attach bones to muscles. Ligaments. The system of ligaments in the vertebral column, combined with the tendons and muscles, provides a natural brace to help protect the spine from injury. Tendons are similar to ligaments, except these tension-withstanding fibrous tissues attach muscle to bone. Tendons consist of densely packed collagen fibers. Muscles, either individually or in groups, are supported by fascia.
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To the tendons by a musculo-tendonious junction
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long term effects of untreated carpal tunnel syndrome
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<P> Confidence votes 239. In the worst case scenario, untreated carpal tunnel syndrome can result in permanent numbness and weakness in the hand. The numbness shows up in your thumb, index, middle, and half of your ring finger. The weakness is in your thenar muscles-at the base of the palm side of your thumb. <P> In the worst case scenario, untreated carpal tunnel syndrome can result in permanent numbness and weakness in the hand. The numbness shows up in your thumb, index, middle, and half of your ring finger. The weakness is in your thenar muscles-at the base of the palm side of your thumb. <P> Introduction. Carpal tunnel syndrome (CTS) is a disorder that causes pain and weakness in the hand and wrist. CTS develops from problems in a nerve in the wrist -- not the muscles, as some people believe. The symptoms of CTS can range from mild to incapacitating. <P> Answer: Carpal tunnel syndrome is a condition that affects your hand and is caused by pressure on the median nerve in your wrist. If left untreated, carpal tunnel syndrome can lead to weakness and lack of coordination in your fingers and thumb. Treatment can relieve pressure on the nerve and, for most people, eliminate their symptoms. The carpal tunnel is a small passageway on the palm side of <P> ANSWER: Carpal tunnel syndrome is a condition that affects your hand and is caused by pressure on the median nerve in your wrist. If left untreated, carpal tunnel syndrome can lead to weakness and lack of coordination in your fingers and thumb. Treatment can relieve pressure on the nerve and, for most people, eliminate their symptoms. The carpal tunnel is a small passageway on the palm side of
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permanent numbness and weakness in the hand. The numbness shows up in your thumb, index, middle, and half of your ring finger
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what is ilivid
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<P> How to remove iLivid (Virus Removal Guide). The iLivid virus is a term for a potentially unwanted program (PUP) and browser hijacker that is known to cause many complications for computer and internet users. Ilivid products such as iLividNewTab and iLivid Download Manager are deceptive and intrusive. <P> If you are infected with the iLivid virus, completely remove iLivid malware, including the iLivid Toolbar, iLivid Media Player, and iLivid Download Manager, as well as third-party software that may be causing complications and issues using the free iLivid removal instructions provided in this article. <P> BO. BO. Can anyone tell me what the risk is of having searchqu, ilivid, and bandoo on my computer. I've done searches and some say they are bad and some say they present no problem. Some of the searches show that searchqu/toolbar will always try to change your search engine and browser. <P> This toolbar is typiclaly bundled with the installation of the free iLivid software. Windows iLivid Toolbar by Bandoo for Intenet Explorer collects and stores information about your web browsing habits in order to suggest services or provide advertising via the toolbar. <P> Editor's Note: In its last evaluation of iLivid, the Download.com team decided that the software did not fully adhere to the Download.com Software Policies. We cannot recommend this software and do not provide a download link to it. Product data is presented for informational purposes only.
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The iLivid virus is a term for a potentially unwanted program (PUP) and browser hijacker that is known to cause many complications for computer and internet users.
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how long does it take to get a passport in pa
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<P> 1 Verify the type of payment acceptable at the passport acceptance agency. 2 Passport photos must be 2 x 2 inches, in color, printed on quality paper, taken with a neutral expression and taken so that the head is 1 to 1 3/8 inches from the bottom of the chin to top of the head. Tip. 1 Verify the type of payment acceptable at the passport acceptance agency. 2 Passport photos must be 2 x 2 inches, in color, printed on quality paper, taken with a neutral expression and taken so that the head is 1 to 1 3/8 inches from the bottom of the chin to top of the head. <P> There have been times in the past when it could take up to 12 weeks or more to get a passport. More recently, the processing time has been 4-6 weeks for routine service. When demand is low, this can drop down to only 3-4 weeks. Expedited services usually takes 2-3 weeks although it can take longer. The place you submit your request can determine how long it takes to get your travel document. Applications that are mailed in either directly or through a passport office can take up to 6 weeks for standard processing or up to 3 weeks if they are expedited <P> Routine Passport Processing Time. According to the U.S. Department of State, plan on four to six weeks to receive your passport once you’ve filed the necessary application through a local passport agency. Keep in mind, longer processing times may occur during heavy application periods or due to other circumstances <P> It usually takes four to six weeks for a passport application to be processed. This time frame can be too long when you are planning a last minute trip. Luckily, the U.S. government also offers expedited passports, which take just two to three weeks to process. Tip. 1 Verify the type of payment acceptable at the passport acceptance agency. 2 Passport photos must be 2 x 2 inches, in color, printed on quality paper, taken with a neutral expression and taken so that the head is 1 to 1 3/8 inches from the bottom of the chin to top of the head. <P> In an emergency situation, a passport can be secured in a couple of hours or less. If you need to get a passport in a hurry but can't get to a regional processing center, the expediter we recommend can help you to get a passport fast. Click for expedited passport courier service in 24 to 48 hours! . More recently, the processing time has been 4-6 weeks for routine service. When demand is low, this can drop down to only 3-4 weeks. Expedited services usually takes 2-3 weeks although it can take longer. The place you submit your request can determine how long it takes to get your travel document. <P> Obtaining a passport is a simple process -- you submit your application and documents with the U.S. Post Office -- but one that can take some time depending on how busy the office that processes your application is. If you reside in Philadelphia, apply at any of several participating post offices in the city. Download and print a passport application from the U.S. Department of State website. Fill out the form completely -- it asks for your name, address, Social Security number and information about your parents, as well as additional questions -- in advance of your visit to your nearest participating post office. Step 4. <P> Schedule an appointment at a regional passport agency if you need the passport for travel within less than two weeks. You can get a passport within 48 hours for a life or death emergency. To make an appointment at the location closest to your area in Pennsylvania, call the automated scheduling line 1-877-487-2778. Tip. 1 Verify the type of payment acceptable at the passport acceptance agency. 2 Passport photos must be 2 x 2 inches, in color, printed on quality paper, taken with a neutral expression and taken so that the head is 1 to 1 3/8 inches from the bottom of the chin to top of the head. <P> How long it takes. It should take 3 weeks to get the passport-use a different service if you need the passport urgently. It can take longer if more information is needed or your application hasn’t been filled out correctly. Don’t book travel until you have a valid passport-doing so is at your own risk. <P> Renew or replace your adult passport. You can renew or replace your passport at any time. It costs £72.50, or £82.25 through the Post Office’s Passport Check and Send service. Time left on an existing passport is added to your new one, up to a maximum of 9 months. It should take 3 weeks to get the passport-use a different service if you need the passport urgently. It can take longer if more information is needed or your application hasn’t been filled out correctly. Don’t book travel until you have a valid passport-doing so is at your own risk.
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Two to three weeks
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what is derealization
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<P> derealization. loss of sensation of the reality of one's surroundings; the feeling that something has happened, that the world has been changed and altered, that one is detached from one's environment. It is seen most frequently in schizophrenia. See also depersonalization. <P> Depersonalization, (also called derealization), is one of the many symptoms of a panic attack. Of all the panic symptoms, it's probably the hardest to describe, or even recognize as a symptom. For this reason, it can be quite disturbing to people who experience it, even though it is completely harmless. People have a variety of reactions to depersonalization, but a common theme is that they are losing touch with reality, and they fear they will lose it for good. Here are some descriptions of the derealization experience I have received from readers and patients. <P> In this article. Depersonalization disorder is marked by periods of feeling disconnected or detached from one's body and thoughts (depersonalization). The disorder is sometimes described as feeling like you are observing yourself from outside your body or like being in a dream. Depersonalization disorder is one of a group of conditions called dissociative disorders. Dissociative disorders are mental illnesses that involve disruptions or breakdowns of memory, consciousness, awareness, identity, and/or perception. <P> Derealization can also be a symptom of severe sleep disorders, and mental disorders like depersonalization disorder, borderline personality disorder, bipolar disorder, schizophrenia, dissociative identity disorder, and anxiety disorders. The detachment of derealization can be described as an immaterial substance that separates a person from the outside world, such as a sensory fog, pane of glass, or veil. <P> Derealization or derealisation (sometimes abbreviated as DR) is an alteration in the perception or experience of the external world so that it seems unreal. Other symptoms include feeling as though one's environment is lacking in spontaneity, emotional colouring and depth. The detachment of derealization can be described as an immaterial substance that separates a person from the outside world, such as a sensory fog, pane of glass, or veil. <P> Definition. Depersonalization-derealization disorder occurs when you persistently or repeatedly have the feeling that you're observing yourself from outside your body or you have a sense that things around you aren't real, or both. Many people have a passing experience of depersonalization or derealization at some point. But when these feelings keep occurring or never completely go away, it's considered depersonalization-derealization disorder. This disorder is more common in people who've had traumatic experiences. <P> Symptoms. Persistent and recurrent episodes of depersonalization or derealization or both cause distress and problems functioning at work or school or in other important areas of your life. During these episodes, you are aware that your sense of detachment is only a feeling, and not reality. <P> For the diagnosis, see depersonalization disorder. Depersonalization (or depersonalisation) is an anomaly of self-awareness. It can consist of a reality or detachment within the self, regarding one's mind or body, or being a detached observer of oneself. It can be a disturbing experience. Chronic depersonalization refers to depersonalization/derealization disorder, which is classified by the DSM-5 as a dissociative disorder. <P> Derealization is a subjective experience of unreality of the outside world, while depersonalization is unreality in one's sense of self. The detachment of derealization can be described as an immaterial substance that separates a person from the outside world, such as a sensory fog, pane of glass, or veil.
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Is an alteration in the perception or experience of the external world so that it seems unreal.
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what is perineoplasty
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<P> Perineoplasty: the pre-operative aspect (left), and the post-operative aspect (right) of the surgical correction of the perineum. Perineoplasty (also perineorrhaphy) denotes the plastic surgery procedures used to correct clinical conditions (damage, defect, deformity) of the vagina and the anus. Perineoplasty is occasionally associated with posterior colporrhaphy, and can be performed in conjunction with the procedure. A perineoplasty procedure first involves a V-shaped incision to the posterior wall of the vagina. Incisions atop the V-incision can be flat, curved, or angled upwards, which incision is applied is determined by the degree of vaginal tightening to be achieved <P> The perineum area between the vagina and the rectum may become damaged due to childbirth. Perineoplasty has been known to address issues of sexual dysfunction. The perineum is the area between the vagina and the rectum. Performing gentle stretching and kegel exercises during pregnancy may help strengthen the perineum muscles prior to giving birth. For many patients, a perineoplasty is done as a cosmetic surgery to restore the physical appearance of the vagina. Sometimes called a perineorrhaphy, perineoplasty has also been known to address issues of sexual dysfunction and enhance feelings of sexual pleasure. <P> Perineoplasty. Perineoplasty is a medical operation that is required when the perineum is rather loose and requires tightening up. Sometimes Perineoplasty is used to tighten the vagina to increase sexual pleasure for the patient and her husband or partner. <P> Perineoplasty. The area between the vaginal opening (introitus) and the anus, known as the perineum or by the slang term “taint,” can tear during childbirth or become scarred from a surgical episiotomy or become stretched out as a result of obesity. About Perineoplasty. During childbirth, it’s not uncommon for physicians to perform an episiotomy, an incision made through the perineum that temporarily widens the introitus to allow an easier birthing process and preemptively prevent the possibility of a spontaneous tear. <P> Adorable animal families that will make you aww. A perineoplasty is an umbrella term used to describe several different surgical procedures that treat conditions of the vagina or anus. For many patients, a perineoplasty is done as a cosmetic surgery to restore the physical appearance of the vagina. Sometimes called a perineorrhaphy, perineoplasty has also been known to address issues of sexual dysfunction and enhance feelings of sexual pleasure. <P> The perineum is the area of tissue between the vagina and the rectum. Childbirth can cause tearing and scarring of the perineal tissue. Oftentimes, the healing process of these tears leads to uneven scarring and disfiguration of the perineum. This condition often results in vaginal looseness. <P> You are here: Home » Perineoplasty/Perinealplasty 1. Perineoplasty is a surgical procedure capable of restoring torn perineum muscles (the visible area located between the rectum and the vagina). If these muscles are torn, the vaginal opening becomes much wider than normal. <P> Perineoplasty can help improve the physical appearance of the perineal area as well as tighten the introitus. When performing perineoplasty, Dr. Placik repairs damage to the perineum, addressing both the upper layers of skin and the lower muscle layers that are most commonly damaged during an episiotomy. About Perineoplasty. During childbirth, it’s not uncommon for physicians to perform an episiotomy, an incision made through the perineum that temporarily widens the introitus to allow an easier birthing process and preemptively prevent the possibility of a spontaneous tear. <P> To perform loosening perineoplasty, a triangle of skin is excised from below the vulvar vestibule with its base near the vestibule and its apex near the anus. This allows the removal of genital warts and the adjustment of musculature necessary to increase the size of the vagina. Perineoplasty is occasionally associated with posterior colporrhaphy, and can be performed in conjunction with the procedure. A perineoplasty procedure first involves a V-shaped incision to the posterior wall of the vagina. Incisions atop the V-incision can be flat, curved, or angled upwards, which incision is applied is determined by the degree of vaginal tightening to be achieved
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Perineoplasty is a medical operation that is required when the perineum is rather loose and requires tightening up.Sometimes Perineoplasty is used to tighten the vagina to increase sexual pleasure for the patient and her husband or partner
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what song goes upside down
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<P> Around and round you're turning me. I say to thee respectfully. I said a upside down you're turning me. You're giving love instinctively. Around and round you're turning me. I say to thee respectfully. Upside down you're turning me. Submit Corrections. Visit www.azlyrics.com for these lyrics. <P> We'll sing and dance to Mother Nature's songs. This world keeps spinning and there's no time to waste. Well it all keeps spinning spinning round and round and. Upside down. Who's to say what's impossible and can't be found. I don't want this feeling to go away. Please don't go away. Please don't go away. Please don't go away. Is this how it's supposed to be. Is this how it's supposed to be. <P> Just tonight, I want you to stay. [Chorus]. You're turning me on, you turn me around. You turn my whole world upside down. You're turning me on, you turn me around. You turn my whole world upside down. [Verse 2]. Every time I hurt you, well it's hurting me too. Don't know if I could really stay here tonight. You're turning me on, you turn me around. You turn my whole world upside down. You're turning me on, you turn me around. You turn my whole world upside down. [Hook]. Oh, you know, you turn me upside down. You know, you turn me upside down. [Chorus]. You're turning me on, you turn me around. <P> And round and round. Upside down. Boy, you turn me. Inside out. And round and round. Upside down you're turning me. You're giving love instinctively. Around and round you're turning me. I see to thee respectfully. Upside down you're turning me. You're giving love instinctively. Around and round you're turning me. I see to thee respectfully. I said a upside down you're turning me. You're giving love instinctively. Around and round you're turning me. Songwriters. Upside Down is track #2 on the album Life & Love: The Very Best Of Diana Ross. It was written by Rodgers, Nile / Edwards, Bernard. Upside Down is track #2 on the album Life & Love: The Very Best Of Diana Ross. It was written by Rodgers, Nile / Edwards, Bernard. <P> Upside down. Who's to say what's impossible and can't be found. I don't want this feeling to go away. Please don't go away. Please don't go away. Please don't go away. Is this how it's supposed to be. Is this how it's supposed to be. Submit Corrections. Visit www.azlyrics.com for these lyrics. <P> Upside Down is a song by American singer Diana Ross. The disco song was written and produced by Chic members Nile Rodgers and Bernard Edwards. It was released on June 25, 1980, as the lead single from her tenth studio album, Diana (1980), and hit number one on the Billboard Hot 100 on September 6, 1980. It also hit number one on the Billboard Disco/Dance and Soul charts. The song was written by Bernard Edwards and Nile Rodgers (of the band Chic). In a 2011 interview, Nile Rodgers said Diana Ross was the first big star we ever worked with and we took it very seriously.. <P> Bonzo Goes to Bitburg is a song by American punk rock band the Ramones. Initially issued as a single in the UK by Beggars Banquet Records in 1985, it did not receive an American single release. Bonzo Goes to Bitburg was issued in Great Britain as a 45 rpm 12 by Beggars Banquet Records. The single's first B-side, Go Home Ann, by Dee Dee and Mickey Leigh, was produced by Ed Stasium and mixed by Motoerhead motörhead lead Singer. lemmy
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It is song by American singer Diana Ross. The disco song was written and produced by Chic members Nile Rodgers and Bernard Edwards.
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what is a totem pole wonderopolis
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<P> Animal Characteristics & Meaning. A totem is a spirit being, sacred object, or symbol of a tribe, clan, family or individual. Native American tradition provides that each individual is connected with nine different animals that will accompany each person through life, acting as guides. Though people may identify with different animal guides throughout their lifetimes, it is this one totem animal that acts as the main guardian spirit. With this one animal a connection is shared, either through interest in the animal, characteristics, dreams, or other interaction. <P> Native Americans: Totem Poles. These sites have photographs and information on totem poles. Learn about the significance of this art from the Northwest Native Americans. Includes the Tlingit, Tsimshian, and Haida tribes in Alaska and Canada. Includes hands-on totem pole activities and a lesson plan. There is a link to eThemes Resource on Literature: “Touching Spirit Bear” by Ben Mikaelson. <P> Native American Totems & Their Meanings. A totem is a spirit being, sacred object, or symbol of a tribe, clan, family or individual. Native American tradition provides that each individual is connected with nine different animals that will accompany each person through life, acting as guides. Though people may identify with different animal guides throughout their lifetimes, it is this one totem animal that acts as the main guardian spirit. With this one animal a connection is shared, either through interest in the animal, characteristics, dreams, or other interaction. <P> Memorial poles are carved in honor of a deceased clan member. Mortuary poles are also raised in honor of the dead and include a small compartment for the ashes of the deceased. Another interesting type of totem pole is the shame pole. Shame poles are carved to embarrass and ridicule someone who has done something wrong. Shame poles are taken down once the person has made amends. <P> On these poles, each figure on the totem represents part of a story. These totems are used as a way to record the history and legends of the tribes. Figures on a totem pole are not gods to be worshipped. Instead, they represent traits and characteristics each clan or story embodies. There are many other types of totem poles. Another interesting type of totem pole is the shame pole. Shame poles are carved to embarrass and ridicule someone who has done something wrong. Shame poles are taken down once the person has made amends. <P> Totem Pole. The totem pole is a monument created by Northwest Coast Aboriginal peoples to serve variously as a signboard, genealogical record and memorial. The totem pole is a monument created by Northwest Coast Aboriginal people s to serve variously as a signboard, genealogical record and memorial. Carved of large, straight red cedar and painted vibrant colours, the totem pole is emblematic of both coastal Aboriginal culture and Northwest Coast Aboriginal Art. In addition, the tools used to refine the art of carving into its contemporary form were only acquired through trade with Europeans in the 19th century. Different First Nations practice different styles of carving, and often prefer different types of pole. The 1950s saw a resurgence of interest in totem poles. <P> - See more at: http://wonderopolis.org/wonder/what-is-a-totem-pole/#sthash.46SyqnH8.dpuf. Totem poles are sculptures carved from large trees, such as the Western Red Cedar. In North America, totem poles are part of the cultures of many indigenous peoples of Alaska, British Columbia and the Pacific Northwest. Another interesting type of totem pole is the shame pole. Shame poles are carved to embarrass and ridicule someone who has done something wrong. Shame poles are taken down once the person has made amends. <P> Some totem poles represent stories or important events. On these poles, each figure on the totem represents part of a story. These totems are used as a way to record the history and legends of the tribes. Figures on a totem pole are not gods to be worshipped. Instead, they represent traits and characteristics each clan or story embodies. There are many other types of totem poles. Genealogy poles are erected in front of a family's home to represent the owner's clan or social status. Though the totem pole has been a part of history for decades, totem poles are still created today. Native carvers in the Northwest continue to carve totems as symbols of their cultural pride and clan kinship. <P> Common figures found on totem poles include the raven (a symbol of The Creator), the eagle (representing peace and friendship), the killer whale (a symbol of strength), the thunderbird, the beaver, the bear, the wolf and the frog. Though the totem pole has been a part of history for decades, totem poles are still created today. Native carvers in the Northwest continue to carve totems as symbols of their cultural pride and clan kinship.
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Totem poles are sculptures carved from large trees, such as the Western Red Cedar.
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types of pathogenic microorganisms in food
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<P> Foodborne illness (also foodborne disease and colloquially referred to as food poisoning) is any illness resulting from the food spoilage of contaminated food, pathogenic bacteria, viruses, or parasites that contaminate food, as well as chemical or natural toxins such as poisonous mushrooms. <P> For example, some bacteria are used beneficially in making cheese and yogurt. Bacteria that cause disease are called “pathogens.” When certain pathogens enter the food supply, they can cause food-borne illness. Only a few types cause millions of cases of food-borne illness each year. Ironically, most cases of food-borne illness can be prevented. Food-borne illness often shows itself as flu-like symptoms such as nausea, vomiting, diarrhea, or fever, so many people may not recognize the illness is caused by bacteria or other pathogens on food. Thousands of types of bacteria are naturally present in our environment. Not all bacteria cause disease in humans <P> Invasion and multiplication of pathogenic microorganisms in the body is called an infection. When we are infected by pathogens we become sick, which means that our bodies stop functioning properly. Infectious agents, such as bacteria, a virus, fungi or protozoa cause communicable diseases. Introduction. The previous chapter mentioned that different types of microorganisms interact with human bodies on a regular basis. They can be harmless, harmful or beneficial. Harmful microorganims are also called pathogenic. This chapter looks at disease-causing bacteria and viruses. <P> 1 Most of these diseases are infections, caused by a variety of bacteria, viruses, and parasites that can be foodborne. 2 Other diseases are poisonings, caused by harmful toxins or chemicals that have contaminated the food, for example, poisonous mushrooms. <P> The world of foodborne microbes contains a mix of approximately 250 different types of bacteria, viruses, parasites, molds, and algae that are known to cause disease in humans and are therefore called foodborne pathogens. Bacteria are the largest group of problematic foodborne pathogens by far. They are small, one-celled microbes that come in many shapes and are capable of reproducing themselves. Typical cell shapes include spherical (cocci), rod-shaped (bacilli), and curved or comma-shaped (spirillar). <P> To avoid potential problems in foods, it is very important to control or eliminate these microorganisms in food products. Pathogenic microorganisms can be transmitted to humans by a number of routes. Diseases which result from pathogenic microorganisms are of two types: infection and intoxication. When enough salt or sugar is added to a food, the water activity will be lowered to a level that will prevent microorganisms from growing. 1 In general, bacterial glowth is inhibited by the addition of 5-15% salt. 2 To inhibit mold growth, 65-70% sugar must be added. <P> Bacteria, yeasts, and mold are microorganisms associated with foods. The individual microorganism cannot be seen without the aid of a microscope. The size of these microorganisms are measured in microns (1 micron is 1/1000 of a millimeter or U25,40A of an inch). When enough salt or sugar is added to a food, the water activity will be lowered to a level that will prevent microorganisms from growing. 1 In general, bacterial glowth is inhibited by the addition of 5-15% salt. 2 To inhibit mold growth, 65-70% sugar must be added. <P> Although most bacteria are harmless or often beneficial, several are pathogenic. One of the bacterial diseases with the highest disease burden is tuberculosis, caused by the bacterium Mycobacterium tuberculosis, which kills about 2 million people a year, mostly in sub-Saharan Africa. Some pathogenic bacteria cause disease under certain conditions, such entry through the skin via a cut, through sexual activity or an compromised immune function. Streptococcus and Staphylococcus are part of the normal skin microbiota and typically reside on healthy skin or in the nasopharangeal region. <P> When it comes to the food supply, pathogenic organisms can be introduced in a number of different ways. Common vectors include water, soil, waste or fecal matter, humans and animals. The ubiquity of pathogenic organisms leaves us open to developing foodborne illness, chronic conditions or deadly diseases. For instance, not all strains of a species of bacteria are not pathogenic organisms. For instance, there are strains of the broader Salmonella species that would not harm a person, while there are many other strains that are pathogenic organisms and can cause massive damage.
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Bacteria, yeasts, and mold.
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how long is a rotisserie chicken good in fridge
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<P> Trusted Results with How long does rotisserie chicken last in the fridge. Rotisserie Chicken Jump-starts Snazzy Meals-Allrecipes. Tips when buying rotisserie chicken. ... It's easier to separate while warm, it saves room in the fridge, and you can start your recipe without delay. ... Making Chicken Stock-Allrecipes. A step-by-step tutorial for making chicken stock. <P> The amount of time you can leave food in the fridge depends on the food -- and the food's expiration date. Some foods can be left in the fridge a long time and still be safe to eat. Cheeses and soy milk may last a few months. 1 Keep milk and cream for 1 to 5 days after the sell-by date, according to Clemson University. 2 Leave yogurt in your fridge 7 to 10 days after the sell-by date, notes <P> Dear SS: According to Foodsafety.gov, uncooked poultry is safe in the refrigerator for 1-2 days, and safe in the freezer for 9 months (for pieces) and up to 12 months for whole chickens or turkey. Cooked poultry is safe refrigerated for 3-4 days. You can also freeze your cooked breaded chicken cutlets (tightly wrapped in foil or saran wrap and place in freezer bags) for 1-3 months. Just pull it out the night before you want to have it and thaw in the fridge. <P> The USDA notes that if the product comes with a sell by date, you can generally keep raw meat and eggs in the fridge past that date by using the following guidelines: 1 Chicken, turkey, sausage, ground poultry, and ground meat: 1 to 2 days past sell-by date. 2 Beef, lamb, pork, and veal: 3 to 5 days past sell-by date. Cheeses and soy milk may last a few months. 1 Keep milk and cream for 1 to 5 days after the sell-by date, according to Clemson University. 2 Leave yogurt in your fridge 7 to 10 days after the sell-by date, notes <P> 1sweetpea Apr 20, 2011 11:27 AM. If you take the meat off the bone as soon as you bring it home, I'd say it's good for about 3 days in the fridge. Beyond that, you'll have to do a taste test. If the meat tastes gummy, mushy, rubbery or off in any way, turf it. That's only because it will cool down faster if it's not on the bone, especially with a large bird like a turkey. It doesn't make any difference to a supermarket roast chicken because it's much smaller to begin with. I've found that cooked chicken is good for four or five days. <P> You can keep beef roasts and steaks in the refrigerator safely for three to five days by storing the meat at 40 degrees Fahrenheit, advises the U.S. Department of Agriculture. Be sure to consume ground beef, liver, kidneys and beef tongue within two days. Meat is only safe to keep in the refrigerator for a certain length of time, after which you should throw it out. <P> I bought the chicken on Thursday and it is now Saturday. I just made a pasta dish with it, and my general rule of thumb is that once cooked meats (poultry, beef, pork) are good for another two days. (Possibly a little conservative I know.) I am thrown by the rotisserie chicken though because it was cooked on... Usually 5-6 days are okay for cooked meats that are stored in refrigeration. The main concern then is quality not safety. You have a good (yes conservative) rule so relax. While taking a course in Microbiology we were to bring in a food item. <P> You should cook a thawed out 7 pound chicken in a rotisserie for at least 2 to 3 hours. If the chicken is frozen this will take longer. How long does a 4lb chicken take to cook in a rotisserie? To cook a 4 pound chicken in a rotisserie at a temperature of 350 degrees Fahrenheit can take nearly two hours. However, you should use a meat thermometer to check that th … e internal temperature of the chicken is about 165 degrees Fahrenheit.
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Two days
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how long do you bake an apple pie
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<P> How to Store Baked Apple Pie: • You can keep baked apple pies at room temperature for up to two days. If the pie has been sliced, cover loosely with foil or plastic wrap. • Apple pie will keep for an additional 2-3 days in the refrigerator, loosely covered with foil or plastic wrap. • To freeze, wrap pie tightly with aluminum foil or plastic freezer wrap, or place in heavy-duty freezer bag. <P> Always bake pies on a baking sheet to prevent spillovers in the oven. Baking a pie with a raw fruit filling will take about an hour. Berry, apple, and pear pies cook for approximately 45 minutes. Most fruit pies bake at a temperature between 350 degrees F (175 degrees C) and 450 degrees F (230 degrees C). <P> 1 Use lard for the top crust and butter for the bottom. 2 If you don't think it's sweet enough, add half a cup more of sugar. 3 For an extra-flavorful crust, add 2 tsp of cinnamon to the flour, and substitute 5 Tbsp apple cider for the 5 Tbsp water. 1 For an extra-flavorful crust, add 2 tsp of cinnamon to the flour, and substitute 5 Tbsp apple cider for the 5 Tbsp water. 2 Place foil at the bottom of the oven below the pie. <P> 1. Preheat the oven to the temperature that your recipe recommends. Most fruit pies bake at a temperature between 350 degrees F (175 degrees C) and 450 degrees F (230 degrees C). Some recipes call for baking the pie in a 450 degree F oven to begin with, then turning down the oven to about 350 degrees F <P> 1 1 Tbsp of lemon juice or apple cider vinegar (to toss with the sliced apples so they don't brown as you slice them). 2 1/2 cup to 2/3 cup sugar, depending on how sweet you like your pie. 3 3 tablespoons all-purpose flour for thickening. 6 Arrange the apple slices in the dough-lined pie plate. Mound the apples in the center. 7 Roll out the second disk of dough, again to 12-inches. Gently place the second round of pie dough over the apples. Trim excess dough with kitchen shears, leaving a 3/4 inch overhang from the edges of the pie pan. <P> Sprinkle a little sugar and cinnamon over the pie. Cover the edges with foil to prevent over browning. Bake for 25 minutes. Remove the foil and bake for another 20 to 25 minutes, or until it is golden brown. Serve warm with vanilla ice cream. Filling: In a medium bowl combine the apples, with the brown and white sugar <P> Directions. Preheat oven to 375 degrees F. In a medium-mixing bowl cut the shortening and salt into the flour by hand or with a pastry blender hands until it's the texture of cornmeal. Sprinkle 1 tablespoon of ice water over the mixture and mix just until the dough is moistened. Cover the edges with foil to prevent over browning. Bake for 25 minutes. Remove the foil and bake for another 20 to 25 minutes, or until it is golden brown. Serve warm with vanilla ice cream. <P> 1 The length of time you will have to bake the pie depends on how cold your freezer is, how hot the oven is, and the amount of filling in the pie. 2 A good general rule is to bake the pie for 20-45 minutes longer than the recipe specifies for cooking normally. Continue baking the pie for another 45 minutes. 1 The length of time you will have to bake the pie depends on how cold your freezer is, how hot the oven is, and the amount of filling in the pie. 2 A good general rule is to bake the pie for 20-45 minutes longer than the recipe specifies for cooking normally. <P> Use the pie within 3-4 months of freezing for best quality. • Defrost the apple pie in the refrigerator and then re-heat in a 350˚ F oven until warm (about 30 minutes). How to Store Unbaked Apple Pie: • You can keep unbaked apple pies for up to two days in the refrigerator. Cover loosely with aluminum foil or plastic wrap. If the pie has been sliced, cover loosely with foil or plastic wrap. • Apple pie will keep for an additional 2-3 days in the refrigerator, loosely covered with foil or plastic wrap. • To freeze, wrap pie tightly with aluminum foil or plastic freezer wrap, or place in heavy-duty freezer bag.
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Depends on how cold your freezer .
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starting pay for lvn in texas
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<P> Average LVN salaries for job postings in Houston, TX are 13% higher than average LVN salaries for job postings nationwide. <P> The average salary for lvn jobs in Houston, TX is $35,000. Average lvn salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term lvn anywhere in the job listing. <P> The annual starting salary for an LVN, or licensed vocational nurse, is in the $25,000 to $40,000 range. On an hourly basis, salaries for starting LVNs can vary between $14 to $24. In addition to large regional variances, starting salaries also depend on the specialty of the nurse. <P> Average Lvn Salaries. The average salary for lvn jobs in Houston, TX is $35,000. Average lvn salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term lvn anywhere in the job listing. <P> A Licensed Vocational Nurse (LVN) in Austin, Texas earns an average wage of $20.51 per hour. A skill in Geriatrics is associated with high pay for this job. Most people move on to other jobs if they have more than 20 years' experience in this career. $30,201 - $61,277. <P> The average salary for lvn jobs in San Antonio, TX is $22,000. Average lvn salaries can vary greatly due to company, location, industry, experience and benefits. This salary was calculated using the average salary for all jobs with the term lvn anywhere in the job listing.
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$25,000 to $40,000
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zip code saginaw mi
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<P> Cities in ZIP code 48602. The cities below are at least partially located in ZIP code 48602. In addition to the primary city for a ZIP code, USPS also publishes a list of other acceptable cities that can be used with ZIP code 48602. However, if you are mailing something to ZIP code 48602, you should not use any of the cities listed as unacceptable. <P> Welcome to SAGINAW, MI 48604. 48604 is a suburban zip code in Saginaw, Michigan. The population is primarily white, younger, and about evenly divided between singles and married couples. Housing prices here (average $90,900) are fairly typical for the Saginaw-Saginaw Township North metro area <P> 1 MI ZIP Code Map. 2 The MI ZIP Code Map shows all 5 digit zip code boundaries for MI using clean, practical map colors and styles. 3 SAGINAW County, MI ZIP Code Map. 4 The SAGINAW County MI ZIP Code Map shows all 5 digit zip code boundaries for SAGINAW County MI. 1 Get all Area Codes and NXX data for North America. 2 MI ZIP Code Map. 3 The MI ZIP Code Map shows all 5 digit zip code boundaries for MI using clean, practical map colors and styles. 4 SAGINAW County, MI ZIP Code Map. 5 <P> Zip code 48602 statistics: (Find on map). Estimated zip code population in 2013: 29,833. Zip code population in 2010: 30,119. Zip code population in 2000: 32,888. Mar. 2013 cost of living index in zip code 48602: 83.3 (low, U.S. average is 100). Land area: 7.8 sq. mi. Zip code 48604 statistics: (Find on map). Estimated zip code population in 2013: 13,217. Zip code population in 2010: 13,074. Zip code population in 2000: 11,835. Mar. 2013 cost of living index in zip code 48604: 83.9 (less than average, U.S. average is 100). Land area: 24.9 sq. mi. Water area: 1.3 sq. mi. <P> 1 The SAGINAW County MI ZIP Code Map shows all 5 digit zip code boundaries for SAGINAW County MI. 1 Get all Area Codes and NXX data for North America. 2 MI ZIP Code Map. 3 The MI ZIP Code Map shows all 5 digit zip code boundaries for MI using clean, practical map colors and styles. 4 SAGINAW County, MI ZIP Code Map. 5 <P> Zip Code 48601 Profile. 48601 is located in the state of Michigan in the Flint-Saginaw metro area. Zip code 48601 is primarily located in Saginaw County. The official postal service name used for 48601 is SAGINAW, Michigan. Portions of the 48601 zip code are contained within or border the city limits of Saginaw, MI, Bridgeport, MI, Buena Vista, MI, Robin Glen-Indiantown, MI, Zilwaukee, MI, and Carrollton, MI. The 48601 area code is 989. <P> ZIP code 48602 is located in Michigan and covers a slightly less than average land area compared to other ZIP codes in the United States. It also has a slightly larger than average population density. The people living in ZIP code 48602 are primarily white. In addition to the primary city for a ZIP code, USPS also publishes a list of other acceptable cities that can be used with ZIP code 48602. However, if you are mailing something to ZIP code 48602, you should not use any of the cities listed as unacceptable. <P> 1 The MI ZIP Code Map shows all 5 digit zip code boundaries for MI using clean, practical map colors and styles. 2 SAGINAW County, MI ZIP Code Map. 3 The SAGINAW County MI ZIP Code Map shows all 5 digit zip code boundaries for SAGINAW County MI. 1 Get all Area Codes and NXX data for North America. 2 MI ZIP Code Map. 3 The MI ZIP Code Map shows all 5 digit zip code boundaries for MI using clean, practical map colors and styles. 4 SAGINAW County, MI ZIP Code Map. 5 <P> This page shows a Google Map with an overlay of Zip Codes for Saginaw, Saginaw County, Michigan. Users can easily view the boundaries of each Zip Code. Index Instructions Privacy Policy The New Maps. Saginaw, Saginaw County, Michigan Zip Code Map Boundary Version 3.0 Copyright © 1996-2014 John Coryat-USNaviguide.
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48604. 48604
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food that are vegetarian that have vitamin a
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<P> Unlike some other B vitamins, B12 is not found in any plant food other than fortified cereals. It is, however, abundant in many meats and fish, and in smaller amounts in milk and eggs. This makes it difficult for people following a strict vegetarian diet to get the necessary amount of vitamin B12. <P> They found that 92% of the vegans they studied -- those who ate the strictest vegetarian diet, which shuns all animal products, including milk and eggs -- had vitamin B12 deficiency. But two in three people who followed a vegetarian diet that included milk and eggs as their only animal foods also were deficient. <P> Vitamin B 12 :A Simple Solution. The vegan diet, rich in fruits, vegetables, whole grains, and legumes, provides an abundance of vitamins and minerals to meet one’s nutritional needs. However, there is one vitamin, called vitamin B 12, which does present a genuine nutritional issue, although one that is easily solved. <P> Vegetarians need to make sure they get enough iron and vitamin B12, and vegans enough calcium, iron and vitamin B12. Women are thought to be at particular risk of iron deficiency, including those on a vegetarian or vegan diet. <P> Vitamin A is a fat soluble vitamin, and therefore, needs to be consumed with fat in order to have optimal absorption. High vitamin A foods include sweet potatoes, carrots, dark leafy greens, winter squashes, lettuce, dried apricots, cantaloupe, bell peppers, fish, liver, and tropical fruits. The current daily value for Vitamin A is 5000 international units (IU). <P> A meatless diet can be healthy, but vegetarians -- especially vegans -- need to make sure they're getting enough vitamin B12, calcium, iron, and zinc. The Academy of Nutrition and Dietetics warns of the risk of vitamin B12 deficiencies in vegetarians and vegans. Vitamin B12 is found naturally only in animal products. <P> Vegans and ovo-vegetarians, who eat eggs but not dairy, need to find foods (dark green vegetables, tofu, edamame, soy nuts, butternut squash) or supplements that compensate for the missing calcium from their diets. Absorbable calcium is critical to protect against osteoporosis, or thinning bones.
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Vitamin A foods include Sweet potatoes, carrots, dark leafy greens, winter squashes, lettuce, dried apricots, cantaloupe, bell peppers, fish, liver, and tropical fruits.
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where to find video embed code
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<P> Click on Videos via the green navigation bar at the top of the screen. Click on the Manage button of the video you would like the embed code for. Now you are on your video page, your embed code is found underneath the video preview, on the left hand side. You have two options, plain HTML, or IFRAME embed code. You can select which one you would like to use by clicking on the corresponding buttons above the embed code box. <P> Disable embedding. Subscribe to the YouTube Help channel for video tips, tricks, and how-to's. Add YouTube videos and playlists to a website or blog by embedding it. Here’s how to embed a video: 1 Click the Share link under the video. 2 Click the Embed link. 3 Copy the code provided in the expanded box. 4 Paste the code into your blog or website. <P> Embed Code. Visit the video hosting website to find the video you want to post. Look for and click on the “Embed” button. Once again, the exact location of this button may vary by website. An HTML code will appear. Copy and paste the embed code into your designated website page or on your social network profile page.
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Visit the video hosting website to find the video you want to post. Look for and click on the “Embed” button.
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how do i see phone numbers that were made on my phone that was made from one of my phones from Verizon
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<P> The name or number of the caller may not be displayed for every incoming call. In some cases, you will see a message on your Caller ID display unit instead of the name and number of the caller. The exact wording of the message may vary depending on the display unit you use. <P> Call History Logs Log for International Calls You can view a log for your International Calls on the long distance portion of your home phone bill. If you do not receive a paper bill, you can see your bill online at My Verizon. Sign in <P> There are different flavors of fios telephone service, so it has to be explicitely called fios digital voice on your bill. if you have that, then log in at www.verizon.com/fiosvoice and you can see in and outgoing calls etc. If you don't have that, then you have to call Verizon and request an itemized bill. <P> Yes, you can see phone numbers for incoming calls on the Calls, Messages and Data section of the My Bill page in My Verizon. If the caller's phone number isn't available, or the caller used Caller ID Block, then the word Unavailable will appear. <P> Verizon Wireless offers customers the ability to access and view previous cell phone bills online for the previous six months. Included in these billing statements are records of all incoming and outgoing phone calls for the billing cycle. <P> You must be registered at My Verizon to view your bill. If you are not already registered, instructions are provided so you can register. When My Verizon opens, click Account then Bill. You will be able to see your international calling log in the Details section of your Home Phone bill. Log for Incoming Calls Details of your local calls are not provided. <P> Choose the number for which you want to view the details of calls. The phone calls, or Voice, are the default details shown but you also have the choice to see messaging and data usage for each phone.
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On your Call History & in your paper bill.
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brain anomaly definition
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<P> What is a Developmental Venous Anomaly (DVA)? DVA s, also known as venous angiomas, are a variation of normal brain anatomy and are found in up to 5% of people. They are blood vessels that provide a channel for blood to leave the brain. Looking through a microscope, they appear largely normal. It is important to recognize that DVAs are a variation in the normal anatomic pattern of blood flow. The blood vessels in a DVA are important as they help blood flow away from the brain and back to the heart. <P> Other types of congenital brain defects develop within the structure of the brain. 1 Hydrocephalus, or fluid on the brain, is an excessive buildup of cerebrospinal fluid (CSF) due to impaired circulation of the CSF. 2 When there is excess fluid, it can put too much pressure on the brain. The brain begins to form in the first month after conception. Development of the brain begins from a small, special plate of cells on the surface of the embryo. These cells grow and form the different regions of the brain. When this process is disturbed, it can cause structural defects in the brain and skull. <P> Many different types of brain defects are caused by improper closure of this neural tube. One such congenital brain anomaly, anencephaly (literally without brain) results when the topmost portion of the tube fails to close and the brain does not develop. Anencephaly is the most common severe malformation seen in stillborn births. It is about four times more common in females than males. Congenital brain defects may have genetic, infectious, toxic, or traumatic causes. In most cases, no certain cause can be identified. GENETIC CAUSES Some brain defects are caused by trisomy, the inclusion of a third copy of a chromosome normally occurring in pairs. <P> About 3% of newborns have a major physical anomaly, meaning a physical anomaly that has cosmetic or functional significance. Physical congenital abnormalities are the leading cause of infant mortality in the United States, accounting for more than 20% of all infant deaths. 1 A congenital malformation is a congenital physical anomaly that is deleterious, i.e. a structural defect perceived as a problem. 2 A typical combination of malformations affecting more than one body part is referred to as a malformation syndrome. <P> Developmental venous anomaly. Dr Henry Knipe ◉ and Dr Donna D'Souza et al. Developmental venous anomaly (DVA) , also known as cerebral venous angioma, is a congenital malformation of veins which drain normal brain. They were thought to be rare before cross-sectional imaging but are now recognised as being the most common cerebral vascular malformation, accounting for ~55% of all such lesions. SWI is the preferred sequence in venous anomalies and proved to have better detectability of venous structures than conventional T2*-weighted imaging. Signals on SWI are not compromised by low-velocity venous flow. Therefore, SWI has successfully demonstrated low-flow vascular formations such as DVA. <P> Congenital brain defects are abnormalities in the brain that are present at birth. The defects typically affect the bone and soft tissue in the head and spine. There are many different types of these malformations. They can vary greatly from mild to severe conditions. The brain begins to form in the first month after conception. Development of the brain begins from a small, special plate of cells on the surface of the embryo. These cells grow and form the different regions of the brain. When this process is disturbed, it can cause structural defects in the brain and skull. <P> Anomaly: Any deviation from normal, out of the ordinary. In medicine, an anomaly is usually something that is abnormal at birth. <P> Congenital disorder, also known as congenital disease, birth defect or anomaly, is a condition existing at or before birth regardless of cause. 1 A congenital malformation is a congenital physical anomaly that is deleterious, i.e. a structural defect perceived as a problem. 2 A typical combination of malformations affecting more than one body part is referred to as a malformation syndrome. <P> A vascular anomaly is a localized defect in blood vessels that can affect each part of the vasculature (capillaries, arteries, veins, lymphatics or a combination of these). A vascular anomaly is a kind of birthmark caused by a disorder of the vascular development, although it is not always present at birth. <P> Developmental Venous Anomalies. A developmental venous anomaly (DVA) is an arrangement of small blood vessels that may look like the spokes of a wheel that drain into a larger central vein. DVAs also may be referred to as venous angiomas.
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The defects typically affect the bone and soft tissue in the head and spine. There are many different types of these malformations.They can vary greatly from mild to severe conditions.
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types of salmon
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<P> There are 7 types of Salmon. Chinook. Chinook salmon are the most well known type of salmon in North America. Also known as King salmon, they are the largest of the salmon species. Americans often refer to Chinook as “Kings” because they are the “King” of salmon. Read more about Chinook…. Coho. They are the most plentiful of the salmon species. Read more about Pink salmon…. Atlantic Salmon. Wild Atlantic salmon are on the east coast of North America, the Great Lakes as well as in Europe. Atlantic salmon are the most durable of the salmon species making them the prime salmon to put in “farms”. <P> This is wild salmon season: salmon are fished in Alaska and the Pacific coast from May to August. The season usually opens with King salmon (also known as Chinook). As the name implies, it is the largest of the pacific salmon species (typically 11-18 pounds) and has the highest oil and healthy omega-3 content. It is prized for its buttery flavor and texture. <P> Salmon are native to tributaries of the North Atlantic (genus Salmo) and Pacific Ocean (genus Oncorhynchus). Many species of salmon have been introduced into non-native environments such as the Great Lakes of North America and Patagonia in South America. Salmon are intensively produced in aquaculture in many parts of the world. In the Pacific Northwest and Alaska, salmon are keystone species, supporting wildlife such as birds, bears and otters. The bodies of salmon represent a transfer of nutrients from the ocean, rich in nitrogen, sulfur, carbon and phosphorus, to the forest ecosystem. <P> 1 Chinook salmon (Oncorhynchus tshawytscha) is also known in the USA as King or Blackmouth Salmon, and as Spring Salmon in British Columbia. 2 Chinook are the largest of all Pacific salmon, frequently exceeding 30 lb (14 kg). 3 The name Tyee means Chinook over 30 pounds in British Columbia. Confidence votes 115. There are, in part, seven different kinds of salmon. Salmon are a part of the family Salmonidae, and many of the fish of this family are known as 'trout', which branches your question out even further. <P> Salmon /ˈsaemən/ ˈsæmən is the common name for several species of fish in the Family. Salmonidae other fish in the same family include, trout, char grayling and. Whitefish salmon are native to tributaries of The North (atlantic Genus) salmo And Pacific (ocean Genus). oncorhynchus In the Pacific Northwest and Alaska, salmon are keystone species, supporting wildlife such as birds, bears and otters. The bodies of salmon represent a transfer of nutrients from the ocean, rich in nitrogen, sulfur, carbon and phosphorus, to the forest ecosystem. <P> Silver Salmon is found in the Ketchikan Alaska waters!Illustration by Timothy Knepp U.S. Fish and Wildlife Service. The Silver Salmon is the second largest of the types of salmon found in Alaskan waters. High quality Coho salmon are often frozen whole and sold as a delicacy in Europe. Restaurant owners like Silver or Coho Salmon because the fillets are the perfect size and it keeps its orange-red color. An Average Sockeye Salmon is about 6 pounds and can grow up to 3 feet long. More typical, however, is a fish measuring about 20 to 24 inches. Once a Sockeye Salmon is caught, you are in for a wild battle of wild leaps! Sockeye Salmon are the types of salmon prized by fly fishermen. <P> King (Chinook): These are the granddaddies of salmon and one of the most prized catches. The largest of the Pacific wild salmon, kings are valued for their rich flavor and firm texture as well as their massive size (they usually do not weight less than 30 pounds; the record weight is 97 pounds).
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The types of salmons are King, Sockeye, Silver, Pink, and Chum.
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where is bikini atoll located
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<P> Bikini Atoll is one of the 29 atolls and five islands that compose the Marshall Islands. These atolls of the Marshalls are scattered over 357,000 square miles of a lonely part of the world located north of the equator in the Pacific Ocean. They help define a geographic area referred to as Micronesia. <P> Bikini Atoll is the first World Heritage site for the Marshall Islands. The World Heritage Committee, on August 1, 2010 at its 34th session in Brazil, inscribed the Bikini Atoll Nuclear Test Site on the World Heritage List. <P> In 1954, Bikini Atoll was reactivated as a test site until the US terminated nuclear-weapon testing in the Marshall Islands in 1958. Prior to the first nuclear test in 1946, the 167 Bikinians living on Bikini Island were evacuated to neighbouring islands. By the time nuclear-weapon testing in the Marshall Islands was terminated in July 1958, twenty three nuclear-weapon tests had been conducted on Bikini Atoll over a 12-year period. <P> The Bikini Atoll is located in the Micronesian Islands in the Pacific Ocean. There are 23 islands surrounding a deep lagoon. The Bikini Atoll is significant due to its being … the site of nuclear bomb testing. <P> Bikini Bottom is located in the Pacific Ocean at the bottom of the sea, below its signature island, Bikini Atoll, found by Kevin Atalay and Jochem Pouw according to Stephen Hillenburg. <P> Bikini Atoll is located 850 kilometers northwest of Majuro on the northern fringe of the Marshall Islands and is composed of more than 23 islands and islets. Four islands (Bikini, Eneu, Nam and Enidrik) account for over 70% of the land area. <P> Background and history. Bikini Atoll is located 850 kilometers northwest of Majuro on the northern fringe of the Marshall Islands and is composed of more than 23 islands and islets. Four islands (Bikini, Eneu, Nam and Enidrik) account for over 70% of the land area.
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850 kilometers northwest of Majuro on the northern fringe of the Marshall Islands
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what is kinesio tape
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<P> The Kinesio Taping Method is applied over muscles to reduce pain and inflammation, relax overused tired muscles, and to support muscles in movement on a 24hr/day basis. It is non-restrictive type of taping which allows for full range of motion. Join the growing family of health professionals helping the world to perform better in everyday life and in competition. From the high-profile athlete to the rehab patient, the Kinesio Taping® Method is advancing health science everywhere. <P> Kinesio Taping gives support and stability to your muscles and joints without affecting circulation and range of motion. It is also used for Injury Preventive, and to treat Pain, Edema, and Swelling. Kinesio Taping exhibits its efficacy through the activation of neurological and circulatory systems. This method basically stems from the science of Kinesiology. Hence the name “Kinesio”. Muscles are not only to move the body but also control the circulation of venous and lymph flows, body temperature, etc. <P> Kinesio Taping is currently being used by therapists to change muscle tone, move lymphatic fluids, correct movement patterns, and improve posture. The Kinesio Taping Method is a unique method of applying Kinesio Tex Tape in a specific manner to create change in the aforementioned systems. The McConnell Taping Method is a technique that tapes body parts to affect a specific biomechanical movement. McConnell Tape uses a very rigid, highly adhesive tape that is applied for no more that 18 hours and often for shorter periods of time due to patient discomfort. Picture of Kinesio Tape. The Kinesio Taping Method has been developed specifically to be used in conjunction with Kinesio Tape <P> Kinesio taping gives support and stability to joints and muscles without affecting normal range of motion or circulation. It is very effective in preventing injuries, eliminating edema, and pain management due to abnormal biomechanics. <P> Kinesio Taping is a technique based on the body’s own natural healing process. Kinesio Taping exhibits its efficacy through the activation of neurological and circulatory systems. This method basically stems from the science of Kinesiology. Hence the name “Kinesio”. Muscles are not only to move the body but also control the circulation of venous and lymph flows, body temperature, etc. <P> It is also used for Preventive Maintenance, Edema, and to treat pain. Kinesio Taping is a technique based on the body’s own natural healing process. This Kinesio Taping exhibits its efficacy through the activation of neurological and circulatory systems. This method basically stems from the science of Kinesiology, hence the name “Kinesio”. Join the growing family of health professionals helping the world to perform better in everyday life and in competition. From the high-profile athlete to the rehab patient, the Kinesio Taping® Method is advancing health science everywhere. <P> Elastic therapeutic tape applied to patient's leg. Kinesio Taping for Soleus and Achilles tendon. Elastic therapeutic tape is an elastic cotton strip with an acrylic adhesive that is used with the intent of treating pain and disability from athletic injuries and a variety of other physical disorders. The tape is applied with the affected muscle in a stretched position, taping from the origin of the muscle to the insertion point. Once applied, it is rubbed to activate the pressure-sensitive adhesive. <P> Kinesiology tape is almost identical to human skin in both thickness and elasticity, which allows kinesio tape to be worn without binding, constricting or restriction of your movement. Kinesiology tape is an that is used for treating athletic injuries and a variety of physical disorders. For the first decade after its introduction practitioners in Japan were the main users of the therapeutic kinesiology tape.
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Kinesio Taping is a technique based on the body’s own natural healing process. Kinesio Taping exhibits its efficacy through the activation of neurological and circulatory systems.
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who is abbreviation
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<P> Definition: A shortened form of a word or phrase, such as Jan. for January. The abbreviated form of the word abbreviation is abbr .--or, less commonly, abbrv. or abbrev. In American English, many abbreviations are followed by a period (Dr., Ms.). <P> The contraction of you are is you're. An abbreviation is a shortened form often followed by a period. A contraction follows a spoken form of a word pair by omitting one or m … ore letters (e.g. you've, he's, won't). + 14 others found this useful. AbbreviationAn abbreviation is a way to shorten a word to save space. For example Ave. stands for Avenue and Apt. stands for apartment. An abbreviation (from Latin brevis sho … rt) is a shorter form of a word. More particularly, an abbreviation is a letter or group of letters, taken from a word or words, and employed to represent them for the sake of <P> Example of Latin text with abbreviations. An abbreviation (from Latin brevis, meaning short) is a shortened form of a word or phrase. It consists of a group of letters taken from the word or phrase. For example, the word abbreviation can itself be represented by the abbreviation abbr. , abbrv. or abbrev. In French, the period only follows an abbreviation if the last letter in the abbreviation is not the last letter of its antecedent: M. is the abbreviation for monsieur while Mme is that for madame. <P> A contraction is an abbreviation, but an abbreviation is not necessarily a contraction. Acronyms and initialisms are regarded as subsets of abbreviations (e.g. by the Council of Science Editors). In French, the period only follows an abbreviation if the last letter in the abbreviation is not the last letter of its antecedent: M. is the abbreviation for monsieur while Mme is that for madame. <P> An abbreviation (from Latin brevis sho … rt) is a shorter form of a word. More particularly, an abbreviation is a letter or group of letters, taken from a word or words, and employed to represent them for the sake of. For example, the word abbreviation can be abbreviated as abbr. or abbrev.. An abbreviation is a shortened form often followed by a period. A contraction follows a spoken form of a word pair by omitting one or m … ore letters (e.g. you've, he's, won't). <P> abbreviation. n. 1. a shortened or contracted form of a word or phrase used in place of the whole. 2. the process or result of abbreviating. 1. a shortened form of a word or phrase used to represent the whole, as Dr. for Doctor, U.S. for United States, NW for Northwest, ab. for about, ft. for foot, or lb. for pound. 2. an act or result of abbreviating; reduction in length, duration, etc.; abridgment. <P> The contraction of you are is you're. An abbreviation is a shortened form often followed by a period. A contraction follows a spoken form of a word pair by omitting one or m … ore letters (e.g. you've, he's, won't). + 14 others found this useful. Anthony Robinson. Gd He <P> Noun. 1. abbreviation-a shortened form of a word or phrase. descriptor, form, signifier, word form-the phonological or orthographic sound or appearance of a word that can be used to describe or identify something; the inflected forms of a word can be represented by a stem and a list of inflections to be attached. 1. a shortened form of a word or phrase used to represent the whole, as Dr. for Doctor, U.S. for United States, NW for Northwest, ab. for about, ft. for foot, or lb. for pound. 2. an act or result of abbreviating; reduction in length, duration, etc.; abridgment.
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Is a shortened form of a word or phrase.It consists of a group of letters taken from the word or phrase
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