id
stringlengths 1
5
| premise
stringlengths 1
299
| hypothesis
stringlengths 21
234
| label
stringclasses 2
values |
|---|---|---|---|
23200 | d) Kinetic energy is the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23201 | kinetic energy -energy of motion of an object. | Kinetic engergy is the energy of anything in motion. | entailment |
23202 | kinetic energy the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23203 | A developer can improve on friction areas such as bones or joints of computerized characters with the vertex shader and fix these problem areas by creating more presentable, detailed movement. | Fixed joints do not allow any movement of the bones. | neutral |
23204 | Apparatus wherein the flow conducting joint means allows rotary or angular movement of the terminal member about a fixed axis. | Fixed joints do not allow any movement of the bones. | neutral |
23205 | Some of your joints, like those in your skull, are fixed and don't allow any movement. | Fixed joints do not allow any movement of the bones. | entailment |
23206 | The equipment allows us to report on any single aircraft movement over fixed monitoring points, including date, time, altitude, position, aircraft type, and noise generated. | Fixed joints do not allow any movement of the bones. | neutral |
23207 | The latter allows early movement by rigidly fixing the fractured bones in place. | Fixed joints do not allow any movement of the bones. | neutral |
23208 | There are two main connection types, Fixed and Movement-Allowing (Slip). | Fixed joints do not allow any movement of the bones. | neutral |
23209 | This is usually achieved by fixing it to allow movement. | Fixed joints do not allow any movement of the bones. | neutral |
23210 | A plankton net catches phytoplankton and zooplankton. | Phytoplankton make food via photosynthesis. | neutral |
23211 | Also see plankton and phytoplankton . | Phytoplankton make food via photosynthesis. | neutral |
23212 | In the epipelagic, or uppermost zone of the open ocean, phytoplankton (plant plankton) and zooplankton (animal plankton) are concentrated, forming the base of the marine food chain. | Phytoplankton make food via photosynthesis. | neutral |
23213 | Key Words plankton phytoplankton zooplankton | Phytoplankton make food via photosynthesis. | neutral |
23214 | No, Phytoplankton is the smallest form of plankton. | Phytoplankton make food via photosynthesis. | neutral |
23215 | Other types of marine plants drift with the currents and are called phytoplankton (plant plankton). | Phytoplankton make food via photosynthesis. | neutral |
23216 | PLANKTON--See PHYTOPLANKTON and ZOOPLANKTON. | Phytoplankton make food via photosynthesis. | neutral |
23217 | Phytoplankton are classified into groups by the type of pigments they use to perform photosynthesis. | Phytoplankton make food via photosynthesis. | entailment |
23218 | Phytoplankton Like land plants, phytoplankton fix carbon through photosynthesis, making it available for higher trophic levels. | Phytoplankton make food via photosynthesis. | entailment |
23219 | Phytoplankton and plankton are not equivalent. | Phytoplankton make food via photosynthesis. | neutral |
23220 | Phytoplankton are the main food source to zooplankton and as such are an important level of the plankton chain. | Phytoplankton make food via photosynthesis. | neutral |
23221 | Phytoplankton make their food through photosynthesis. | Phytoplankton make food via photosynthesis. | entailment |
23222 | Phytoplankton manufacture their own food using a process of photosynthesis. | Phytoplankton make food via photosynthesis. | entailment |
23223 | Phytoplankton produce their own food by lassoing the energy of the sun in a process called photosynthesis. | Phytoplankton make food via photosynthesis. | entailment |
23224 | Plankton (phytoplankton and zooplankton) - | Phytoplankton make food via photosynthesis. | neutral |
23225 | Plankton is made up of phytoplankton. | Phytoplankton make food via photosynthesis. | neutral |
23226 | Plankton that are plants are called algae, or phytoplankton . | Phytoplankton make food via photosynthesis. | neutral |
23227 | Students participate in plankton identification and discuss the different types of phytoplankton and zooplankton collected. | Phytoplankton make food via photosynthesis. | neutral |
23228 | The main difference between zooplankton and phytoplankton is that phytoplankton has the ability to manufacture its own food through photosynthesis or chemosynthesis. | Phytoplankton make food via photosynthesis. | entailment |
23229 | The plankton community is composed of phytoplankton and zooplankton. | Phytoplankton make food via photosynthesis. | neutral |
23230 | There are two types of plankton- phytoplankton (plants and autotrophs) and zooplankton (animals). | Phytoplankton make food via photosynthesis. | neutral |
23231 | We argue that heterogeneity in the nutrient status of phytoplankton in the subsurface peak can be important in controlling the type ('classical' or 'regenerated') of planktonic food web found in the water column as a whole. | Phytoplankton make food via photosynthesis. | neutral |
23232 | phytoplankton Plankton consisting of plants, such as algae. | Phytoplankton make food via photosynthesis. | neutral |
23233 | phytoplankton are dependent upon inorganic nutrients brought to the surface by upwelling and the sun for energy to make their own food through photosynthesis. | Phytoplankton make food via photosynthesis. | entailment |
23234 | plankton (phytoplankton, meroplankton and zooplankton); | Phytoplankton make food via photosynthesis. | neutral |
23235 | Draw a diagram of the Sun, the Moon, and the Earth at Spring tide. | Spring tides are created when the sun and moon's tides match. | neutral |
23236 | For example, when the Sun, Moon, and Earth are in alignment, the tides are extra high and are called spring tides. | Spring tides are created when the sun and moon's tides match. | entailment |
23237 | Spring Tides Spring tides do not only occur in the spring, but every two weeks when the sun and moon are in conjunction (New Moon) or opposition (Full Moon). | Spring tides are created when the sun and moon's tides match. | entailment |
23238 | The moon and sun cause the tides on Earth. | Spring tides are created when the sun and moon's tides match. | neutral |
23239 | The most extreme tides, spring tides, occur when the sun and moon are lined up and act together. | Spring tides are created when the sun and moon's tides match. | entailment |
23240 | The tides | Spring tides are created when the sun and moon's tides match. | neutral |
23241 | The tides are created by the gravitational pull of the moon and sun. | Spring tides are created when the sun and moon's tides match. | neutral |
23242 | Then, subtracting the moon's tide, the remainder is the sun's tide. | Spring tides are created when the sun and moon's tides match. | neutral |
23243 | These Tides - | Spring tides are created when the sun and moon's tides match. | neutral |
23244 | These tides are referred to as SPRING TIDES. | Spring tides are created when the sun and moon's tides match. | neutral |
23245 | Tides ; | Spring tides are created when the sun and moon's tides match. | neutral |
23246 | Tides Tide Activity High Tides, Low Tides The Effect Of The Sun And Moon On Tides All surfaces of Earth are pulled toward the moon and the sun. | Spring tides are created when the sun and moon's tides match. | neutral |
23247 | Tides are created by the gravitational pull of the moon. | Spring tides are created when the sun and moon's tides match. | neutral |
23248 | Tides are the earth, moon, sun system. | Spring tides are created when the sun and moon's tides match. | neutral |
23249 | Tides caused by the Sun and Moon. | Spring tides are created when the sun and moon's tides match. | neutral |
23250 | Types of Tides The geometric relationship of moon and sun to locations on the Earth's surface results in creation of three different types of tides. | Spring tides are created when the sun and moon's tides match. | neutral |
23251 | When the moon and the sun are working together to make very big tides, the effect is called Spring Tides. | Spring tides are created when the sun and moon's tides match. | entailment |
23252 | When the sun, the earth, and the moon are lined up at the time of a full moon or a new moon, the combined gravitational pull of the sun and moon create spring tides. | Spring tides are created when the sun and moon's tides match. | entailment |
23253 | gravity of the moon and sun (the tides) and 2. | Spring tides are created when the sun and moon's tides match. | neutral |
23254 | spring tide The high tides of greatest amplitude caused by the Earth, Sun and Moon being almost co-linear. | Spring tides are created when the sun and moon's tides match. | entailment |
23255 | spring tides and neap tides; | Spring tides are created when the sun and moon's tides match. | neutral |
23256 | tide . | Spring tides are created when the sun and moon's tides match. | neutral |
23257 | Amphibians are the first true tetrapods, or vertebrates with four limbs. | Amphibians (or tetrapods) were the first with four limbs. | entailment |
23258 | Examples are the loss of limbs in reptiles and amphibians, or digits in many tetrapod vertebrates. | Amphibians (or tetrapods) were the first with four limbs. | neutral |
23259 | In the early 19th century, the French naturalist Latreille was the first to divide tetrapods into the four familiar classes of amphibians, reptiles, birds and mammals. | Amphibians (or tetrapods) were the first with four limbs. | neutral |
23260 | It was larger than most other tetrapods (four-limbed vertebrates) of its time, ranging from 1.6 to 3 metres (5.2 to 9.8 ft) in length and 26 to 230 kilograms (57 to 507 lb) in weight. | Amphibians (or tetrapods) were the first with four limbs. | neutral |
23261 | Above the Lower Falls is another large waterfall, known fittingly as Upper Falls. | Iguassu falls is the largest waterfall on the planet. | neutral |
23262 | Angel Falls (Salto Angel) in Venezuela is the highest waterfall on the planet, with a total drop of 3212 feet. | Iguassu falls is the largest waterfall on the planet. | neutral |
23263 | Berdeen Falls is a series of three waterfalls located in Whatcom County, Washington. | Iguassu falls is the largest waterfall on the planet. | neutral |
23264 | Crystal Lake Falls, a series of small cascading waterfalls, is at the outlet of Crystal Lake. | Iguassu falls is the largest waterfall on the planet. | neutral |
23265 | Downstream from the crossing are a series of waterfalls (including Cheaha Falls) and another large pool popular with swimmers. | Iguassu falls is the largest waterfall on the planet. | neutral |
23266 | Falls was added in 1896, when a dam converted a series of rapids to a waterfall. | Iguassu falls is the largest waterfall on the planet. | neutral |
23267 | Great waterfalls such as the Angel Falls in Venezuela and Iguassu in Brazil demonstrate the power of rivers to shape the landscape. | Iguassu falls is the largest waterfall on the planet. | neutral |
23268 | He painted a series of waterfalls, including views of Great Seneca Falls and Niagara Falls. | Iguassu falls is the largest waterfall on the planet. | neutral |
23269 | Iguassu Falls are the largest in the world a MUST SEE. | Iguassu falls is the largest waterfall on the planet. | entailment |
23270 | It is home to Kent Falls, a series of waterfalls on Falls Brook, a tributary of the Housatonic River . | Iguassu falls is the largest waterfall on the planet. | neutral |
23271 | McClintock Falls This waterfall is a series of rapids with bridges for exceptional views. | Iguassu falls is the largest waterfall on the planet. | neutral |
23272 | Menu Mitchell Falls Mitchell Falls, a series of waterfalls and pools culminating in a deep gorge, is one of the biggest drawcards of the Mitchell Plateau. | Iguassu falls is the largest waterfall on the planet. | neutral |
23273 | Niagara Falls is the set of large waterfalls on the Niagara River. | Iguassu falls is the largest waterfall on the planet. | neutral |
23274 | Other waterfall series include Elakala Falls (four waterfalls), Pendleton Falls (five waterfalls), and Falls Run Falls (two waterfalls). | Iguassu falls is the largest waterfall on the planet. | neutral |
23275 | Panther Creek Falls This waterfalls drops through a series of cascades which culminate in a stunning 50-foot falls. | Iguassu falls is the largest waterfall on the planet. | neutral |
23276 | Panther Falls are a series of waterfalls in Banff National Park, Alberta, Canada. | Iguassu falls is the largest waterfall on the planet. | neutral |
23277 | Rivers that cross the Fall Line have a series of rapids and waterfalls. | Iguassu falls is the largest waterfall on the planet. | neutral |
23278 | Similkameen Falls actually resembles a major series of rapids more than a waterfall. | Iguassu falls is the largest waterfall on the planet. | neutral |
23279 | Takakkaw Falls (British Columbia) Takakkaw Falls, consist of a series of waterfalls in the Canadian Rockies. | Iguassu falls is the largest waterfall on the planet. | neutral |
23280 | The Lower Falls is a series of smaller waterfalls cascading around an island. | Iguassu falls is the largest waterfall on the planet. | neutral |
23281 | The falls are a series of waterfalls along the border of Brazil, Argentina and Paraguay. | Iguassu falls is the largest waterfall on the planet. | neutral |
23282 | The plural, falls, may apply to a single waterfall or to a series of waterfalls. | Iguassu falls is the largest waterfall on the planet. | neutral |
23283 | The semi-circular recession, the outwash debris in the chasm, and the dendritic dried-up riverbeds leading to the edge suggest that a large waterfall, similar to the USA's Niagara Falls or Angel Falls io Venezuela, was present in the planet's distant past. | Iguassu falls is the largest waterfall on the planet. | neutral |
23284 | There are two large waterfalls -- the upper falls and the lower falls. | Iguassu falls is the largest waterfall on the planet. | neutral |
23285 | This creek falls in a series of waterfalls over a rock, redwood-log strewn bed. | Iguassu falls is the largest waterfall on the planet. | neutral |
23286 | Two waterfalls feed into the Lake Shrine, one that falls approximately 25 m , and another series-waterfall, that falls approximately 10 m . | Iguassu falls is the largest waterfall on the planet. | neutral |
23287 | Water Falls Shown above is a large scale finished waterfall. | Iguassu falls is the largest waterfall on the planet. | neutral |
23288 | Waterfall Hike Moderately easy walk to Tarzen Falls, a spectacular series of cascading falls along the Tarzan River. | Iguassu falls is the largest waterfall on the planet. | neutral |
23289 | Waterfall The waterfall keeps falling down. | Iguassu falls is the largest waterfall on the planet. | neutral |
23290 | Waterfall, Waterfall fall on forever. | Iguassu falls is the largest waterfall on the planet. | neutral |
23291 | Whitewater Falls is a series of waterfalls and cascades on the Whitewater River in South Carolina. | Iguassu falls is the largest waterfall on the planet. | neutral |
23292 | Whitewater Falls is actually a series of two waterfalls; | Iguassu falls is the largest waterfall on the planet. | neutral |
23293 | and Ash Cave, a large rock shelter with a small waterfall, and Cedar Falls, a larger waterfall south of Old Man's Cave. | Iguassu falls is the largest waterfall on the planet. | neutral |
23294 | she falls into the water and is swept over the edge of the large waterfall. | Iguassu falls is the largest waterfall on the planet. | neutral |
23295 | the Seven Sisters Falls Trail, which leads to a series of seven waterfalls; | Iguassu falls is the largest waterfall on the planet. | neutral |
23296 | A vermin can be an insect, arachnid, arthropod, worm, or other invertebrate. | While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings. | neutral |
23297 | Arachnid are small, insect like animals that have four pair of legs but have no antennae or wings. | While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings. | entailment |
23298 | Arachnids can be distinguished by the fact they have no wings and no antennas. | While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings. | entailment |
23299 | Arachnids lack the wings and antannae that Insects possess. | While similar to insects, arachnids are eight-legged invertebrates that lack antennae or wings. | entailment |