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Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
Suppose the time to service a page fault is on the average 10 milliseconds while a memory access takes 1 microsecond Then a 99 99 hit ratio results in average memory access time of 1 9999 milliseconds 1 millisecond 9 999 microseconds 1 9999 microseconds | Effective Memory Access | 49 |
The product of the non zero eigenvalues of the matrix is ____ begin pmatrix 1 amp 0 amp 0 amp 0 amp 1 0 amp 1 amp 1 amp 1 amp 0 0 amp 1 amp 1 amp 1 amp 0 0 amp 1 amp 1 amp 1 amp 0 1 amp 0 amp 0 amp 0 amp 1 end pmatrix | Eigen Value | 50 |
Didn t you buy ____ when you went shopping any paper much paper no paper a few paper | English Grammar | 51 |
Saturn is ___________ to be seen on a clear night with the naked eye enough bright bright enough as enough bright bright as enough | English Grammar | 51 |
Archimedes said Give me a lever long enough and a fulcrum on which to place it and I will move the world The sentence above is an example of a ____________ statement figurative collateral literal figurine | English Grammar | 51 |
Out of the following 4 sentences select the most suitable sentence with respect to grammar and usage Since the report lacked needed information it was of no use to them The report was useless to them because there were no needed information in it Since the report did not contain the needed information it was not real useful to them Since the report lacked needed information it would not had been useful to them | English Grammar | 51 |
Which one of the parts A B C D in the sentence contains an ERROR No sooner had the doctor seen the results of the blood test than he suggested the patient to see the specialist A no sooner had B results of the blood test C suggested the patient D see the specialist | English Grammar | 51 |
Choose the grammatically CORRECT sentence He laid in bed till 8 o u2019clock in the morning He layed in bed till 8 o u2019clock in the morning He lain in bed till 8 o u2019clock in the morning He lay in bed till 8 o u2019clock in the morning | English Grammar | 51 |
Consider an Entity Relationship ER model in which entity sets E _ 1 and E _ 2 are connected by an m n relationship R _ 12 E _ 1 and E _ 3 are connected by a 1 n 1 on the side of E _ 1 and n on the side of E _ 3 relationship R _ 13 E _ 1 has two singled attributes a _ 11 and a _ 12 of which a _ 11 is the key attribute E _ 2 has two singled valued attributes a _ 21 and a _ 22 of which a _ 21 is the key attribute E _ 3 has two single valued attributes a _ 31 and a _ 32 of which a _ 31 is the key attribute The relationships do not have any attributes If a relational model is derived from the above ER model then the minimum number of relations that would be generated if all relation are in 3NF is________________ | Er Diagram | 52 |
Consider the entities hotel room and person with a many to many relationship lodging as shown below If we wish to store information about the rent payment to be made by person s occupying different hotel rooms then this information should appear as an attribute of Person Hotel Room Lodging None of these | Er Diagram | 52 |
Consider the following ER diagram The minimum number of tables needed to represent M N P R1 R2 is 2 3 4 5 | Er Diagram | 52 |
Consider the entities hotel room and person with a many to many relationship lodging as shown below If we wish to store information about the rent payment to be made by person s occupying different hotel rooms then this information should appear as an attribute of Person Hotel Room Lodging None of these | Er Diagram | 52 |
Consider the following ER diagram The minimum number of tables needed to represent M N P R1 R2 is 2 3 4 5 | Er Diagram | 52 |
Consider an Entity Relationship ER model in which entity sets E _ 1 and E _ 2 are connected by an m n relationship R _ 12 E _ 1 and E _ 3 are connected by a 1 n 1 on the side of E _ 1 and n on the side of E _ 3 relationship R _ 13 E _ 1 has two singled attributes a _ 11 and a _ 12 of which a _ 11 is the key attribute E _ 2 has two singled valued attributes a _ 21 and a _ 22 of which a _ 21 is the key attribute E _ 3 has two single valued attributes a _ 31 and a _ 32 of which a _ 31 is the key attribute The relationships do not have any attributes If a relational model is derived from the above ER model then the minimum number of relations that would be generated if all relation are in 3NF is________________ | Er Diagram | 52 |
Consider the following ER diagram The minimum number of tables needed to represent M N P R1 R2 is Which of the following is a correct attribute set for one of the tables for the minimum number of tables needed to represent M N P R1 R2 M1 M2 M3 P1 M1 P1 N1 N2 M1 P1 N1 M1 P1 | Er Diagram | 52 |
Consider the following ER diagram The minimum number of tables needed to represent M N P R1 R2 is Which of the following is a correct attribute set for one of the tables for the minimum number of tables needed to represent M N P R1 R2 M1 M2 M3 P1 M1 P1 N1 N2 M1 P1 N1 M1 P1 | Er Diagram | 52 |
Suppose that the expectation of a random variable X is 5 Which of the following statements is true There is a sample point at which X has the value 5 There is a sample point at which X has value greater than 5 There is a sample point at which X has a value greater than equal to 5 None of the above | Expectation | 53 |
We are given a set X X_1 X_n where X_i 2 i A sample S subseteq X is drawn by selecting each X_i independently with probability P_i frac 1 2 The expected value of the smallest number in sample S is left frac 1 n right 2 sqrt n n | Expectation | 53 |
Assume that you are flipping a fair coin i e probability of heads or tails is equal Then the expected number of coin flips required to obtain two consecutive heads for the first time is 4 3 6 10 5 | Expectation | 53 |
We are given a set X X_1 X_n where X_i 2 i A sample S subseteq X is drawn by selecting each X_i independently with probability P_i frac 1 2 The expected value of the smallest number in sample S is left frac 1 n right 2 sqrt n n | Expectation | 53 |
Suppose that the expectation of a random variable X is 5 Which of the following statements is true There is a sample point at which X has the value 5 There is a sample point at which X has value greater than 5 There is a sample point at which X has a value greater than equal to 5 None of the above | Expectation | 53 |
Consider an undirected random graph of eight vertices The probability that there is an edge between a pair of vertices is dfrac 1 2 What is the expected number of unordered cycles of length three dfrac 1 8 1 7 8 | Expectation | 53 |
Consider an undirected random graph of eight vertices The probability that there is an edge between a pair of vertices is dfrac 1 2 What is the expected number of unordered cycles of length three dfrac 1 8 1 7 8 | Expectation | 53 |
We are given a set X X_1 X_n where X_i 2 i A sample S subseteq X is drawn by selecting each X_i independently with probability P_i frac 1 2 The expected value of the smallest number in sample S is left frac 1 n right 2 sqrt n n | Expectation | 53 |
Assume that you are flipping a fair coin i e probability of heads or tails is equal Then the expected number of coin flips required to obtain two consecutive heads for the first time is 4 3 6 10 5 | Expectation | 53 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
Let X and Y be two exponentially distributed and independent random variables with mean u03b1 and u03b2 respectively If Z min X Y then the mean of Z is given by left dfrac 1 alpha beta right min alpha beta left dfrac alpha beta alpha beta right alpha beta | Exponential Distribution | 54 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
Out of all the 2 digit integers between 1 and 100 a 2 digit number has to be selected at random What is the probability that the selected number is not divisible by 7 left dfrac 13 90 right left dfrac 12 90 right left dfrac 78 90 right left dfrac 77 90 right | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
Out of all the 2 digit integers between 1 and 100 a 2 digit number has to be selected at random What is the probability that the selected number is not divisible by 7 left dfrac 13 90 right left dfrac 12 90 right left dfrac 78 90 right left dfrac 77 90 right | Factors | 55 |
Out of all the 2 digit integers between 1 and 100 a 2 digit number has to be selected at random What is the probability that the selected number is not divisible by 7 left dfrac 13 90 right left dfrac 12 90 right left dfrac 78 90 right left dfrac 77 90 right | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
What is the average of all multiples of 10 from 2 to 198 90 100 110 120 | Factors | 55 |
Out of all the 2 digit integers between 1 and 100 a 2 digit number has to be selected at random What is the probability that the selected number is not divisible by 7 left dfrac 13 90 right left dfrac 12 90 right left dfrac 78 90 right left dfrac 77 90 right | Factors | 55 |
Out of all the 2 digit integers between 1 and 100 a 2 digit number has to be selected at random What is the probability that the selected number is not divisible by 7 left dfrac 13 90 right left dfrac 12 90 right left dfrac 78 90 right left dfrac 77 90 right | Factors | 55 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
Consider the field C of complex numbers with addition and multiplication Which of the following form s a subfield of C with addition and multiplication S1 the set of real numbers S2 a ib a and b are rational numbers S3 a ib a2 b2 u2264 1 S4 ia a is real only S1 S1 and S3 S2 and S3 S1 and S2 | Fields | 56 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
A FAT file allocation table based file system is being used and the total overhead of each entry in the FAT is 4 bytes in size Given a 100 imes 10 6 bytes disk on which the file system is stored and data block size is 10 3 bytes the maximum size of a file that can be stored on this disk in units of 10 6 bytes is _________ | File | 57 |
In a particular Unix OS each data block is of size 1024 bytes each node has 10 direct data block addresses and three additional addresses one for single indirect block one for double indirect block and one for triple indirect block Also each block can contain addresses for 128 blocks Which one of the following is approximately the maximum size of a file in the file system 512 MB 2 GB 8 GB 16 GB | File System | 58 |
In a file allocation system which of the following allocation scheme s can be used if no external fragmentation is allowed Contiguous Linked Indexed 1 and 3 only 2 only 3 only 2 and 3 only | File System | 58 |
In the index allocation scheme of blocks to a file the maximum possible size of the file depends on the size of the blocks and the size of the address of the blocks the number of blocks used for the index and the size of the blocks the size of the blocks the number of blocks used for the index and the size of the address of the blocks None of the above | File System | 58 |
In a particular Unix OS each data block is of size 1024 bytes each node has 10 direct data block addresses and three additional addresses one for single indirect block one for double indirect block and one for triple indirect block Also each block can contain addresses for 128 blocks Which one of the following is approximately the maximum size of a file in the file system 512 MB 2 GB 8 GB 16 GB | File System | 58 |
A file system with a one level directory structure is implemented on a disk with disk block size of 4K bytes The disk is used as follows Disk block 0 File Allocation Table consisting of one 8 bit entry per data block representing the data block address of the next data block in the file Disk block 1 Directory with one 32 bit entry per file Disk block 2 Data block 1 Disk block 3 Data block 2 etc What is the maximum possible number of files What is the maximum possible file size in blocks | File System | 58 |
In a file allocation system which of the following allocation scheme s can be used if no external fragmentation is allowed Contiguous Linked Indexed 1 and 3 only 2 only 3 only 2 and 3 only | File System | 58 |
In a particular Unix OS each data block is of size 1024 bytes each node has 10 direct data block addresses and three additional addresses one for single indirect block one for double indirect block and one for triple indirect block Also each block can contain addresses for 128 blocks Which one of the following is approximately the maximum size of a file in the file system 512 MB 2 GB 8 GB 16 GB | File System | 58 |
In a file allocation system which of the following allocation scheme s can be used if no external fragmentation is allowed Contiguous Linked Indexed 1 and 3 only 2 only 3 only 2 and 3 only | File System | 58 |
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