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Speed differences can come into affect some here.
Different media affect the speed of light.
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The time difference multiplied by the speed of light is the distance to the satellite.
Different media affect the speed of light.
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There are many different factors that affect the speed of a modem connection.
Different media affect the speed of light.
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This affects the learning speed, but doesn't effect the different positions.
Different media affect the speed of light.
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Wave Properties of Light (5 lectures) Electromagnetic radiation and spectrum, speed of light;
Different media affect the speed of light.
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With more and more light pouring into the planet and things speeding up as they are, it will affect people in different ways.
Different media affect the speed of light.
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we are reaching physical dimensions and switching times in the head and media at which electrical and magnetic properties are different than they were at lower speeds and at macroscopic sizes.
Different media affect the speed of light.
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Airway Obstructions The most common cause of airway obstruction is a relaxed tongue that falls over the back of the throat obstructing the pharynx and larynx.
Digestion and respiration are both facilitated by the pharynx, more commonly called the throat.
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The Throat The throat (pharynx) is a ringlike muscular tube that acts as the passageway for both air and food or liquid and helps in forming speech.
Digestion and respiration are both facilitated by the pharynx, more commonly called the throat.
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Throat swab Rub dry sterile swab over posterior pharynx or both tonsillar fossae.
Digestion and respiration are both facilitated by the pharynx, more commonly called the throat.
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In the Mesozoic era life recovered and familiar forms such as mammals and birds evolved, however the world was dominated by the reptiles, specifically the dinosaurs , which occupied most of the niches now occupied by mammals and some birds.
Dinosaurs filled the niches that mammals fill today during the mesozoic era.
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It is better that capitalism has survived the Cold War, just as it was better that the mammals survived the Mesozoic era when dinosaurs became extinct.
Dinosaurs filled the niches that mammals fill today during the mesozoic era.
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Jurassic 170 Ma MESOZOIC ERA Dominance of the dinosaurs.
Dinosaurs filled the niches that mammals fill today during the mesozoic era.
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Throughout the Mesozoic Era, angiosperms diversified; in turn, mammals and other organisms radiated into a wide range of plant-consuming niches.
Dinosaurs filled the niches that mammals fill today during the mesozoic era.
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A DNA molecule consists of two chains of nucleotides woven around each other to form a double helix (like braids).
Dna consists of two long chains of nucleotides.
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A molecule of DNA consists of two strands of compounds, called nucleotides, linked together to form a chain.
Dna consists of two long chains of nucleotides.
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DNA II The DNA in a chromosome consists of two long chains wrapped in a double helix.
Dna consists of two long chains of nucleotides.
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DNA always has two chains forming a double helix, and each chain is made up of nucleotides.
Dna consists of two long chains of nucleotides.
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DNA consists of two long chains or strands that wrap around each other in a shape known as a double-stranded spiral helix.
Dna consists of two long chains of nucleotides.
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DNA consists of two long polymers of simple units called nucleotides, with backbones made of sugars and phosphate groups joined by ester bonds.
Dna consists of two long chains of nucleotides.
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DNA consists of two strands of nucleotides twisted into a double helix.
Dna consists of two long chains of nucleotides.
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DNA consists of two strands of nucleotides twisted together in a double helix.
Dna consists of two long chains of nucleotides.
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DNA exists in cell as a double helix containing two intertwined chains of nucleotides.
Dna consists of two long chains of nucleotides.
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DNA molecules have two long chains of nucleotides intertwined to form a double helix.
Dna consists of two long chains of nucleotides.
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DNA, a nucleic acid that carries the genetic information determining individual hereditary characteristics, consists of two long chains of nucleotides twisted into a double helix, and is the major constituent of chromosomes.
Dna consists of two long chains of nucleotides.
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Each DNA molecule consists of two twisted strands of nucleotides and each strand contains many genes.
Dna consists of two long chains of nucleotides.
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In 1953, the two teams announced their discovery that DNA consists of two paired chains of units known as nucleotides, arranged in the shape of a helix.
Dna consists of two long chains of nucleotides.
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In DNA, bonds form between bases on the two nucleotide chains and hold the chains together.
Dna consists of two long chains of nucleotides.
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In this DNA, the basic building block consists of two nucleotides, each with different conformations.
Dna consists of two long chains of nucleotides.
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RNA consists of a single strand of nucleotides, and DNA consists of two strands of nucleotides that are connected by hydrogen bonds along the length of the chain.
Dna consists of two long chains of nucleotides.
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Structure Print section A molecule of DNA consists of two chains, strands composed of a large number of chemical compounds, called nucleotides, linked together to form a chain.
Dna consists of two long chains of nucleotides.
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The DNA molecule consists of two complementary nucleotide chains containing the bases adenine (A), thymine (T), guanine (G) and cytosine (C), held in a double stranded helix by bonds between base pairs -
Dna consists of two long chains of nucleotides.
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The DNA molecules are composed of two interconnected chains of nucleotides that form one DNA strand.
Dna consists of two long chains of nucleotides.
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The DNA takes the form of a double helix, each of the two strands consisting of a long sequence of the nucleotides.
Dna consists of two long chains of nucleotides.
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The nucleotides are strung together in pairs on two long chains and it is this pairing that forms the DNA double helix.
Dna consists of two long chains of nucleotides.
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Watson and Crick suggested that DNA consisted of two chains of nucleotides and arranged in the form of a double helix, each strand of which was a model for the other.
Dna consists of two long chains of nucleotides.
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95% of its DNA encodes for proteins for stable RNA molecules.
Dna encodes instructions for proteins molecules.
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A gene is a DNA sequence that encodes a protein, rRNA, or tRNA molecule (gene product).
Dna encodes instructions for proteins molecules.
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All of the protein and RNA molecules within the cell are encoded within the genes of chromosomal DNA.
Dna encodes instructions for proteins molecules.
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DNA encodes proteins and proteins are needed to make DNA, so each type of organic molecule needs the other for its own existence.
Dna encodes instructions for proteins molecules.
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DNA is the molecule issuing instructions to proteins to carry out jobs.
Dna encodes instructions for proteins molecules.
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Each DNA molecule with it's proteins is a chromosome.
Dna encodes instructions for proteins molecules.
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Expression of recombinant DNA molecules that encode these proteins will allow site directed mutagenesis or production of chimeric enzymes to test specific hypotheses.
Dna encodes instructions for proteins molecules.
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Genes encode the instructions for making protein in a molecule named messenger RNA (mRNA).
Dna encodes instructions for proteins molecules.
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In essence, a strand of DNA encodes the information needed to put together protein molecules.
Dna encodes instructions for proteins molecules.
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Membranes are made of proteins and lipids that are made from instructions encoded in DNA.
Dna encodes instructions for proteins molecules.
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The genetic information encoded in DNA molecules provides instructions for assembling protein molecules (5C, Grades 9-12, 4).
Dna encodes instructions for proteins molecules.
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The genetic information encoded in DNA molecules provides instructions for assembling protein molecules.
Dna encodes instructions for proteins molecules.
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The genetic information in DNA molecules provides instructions for assembling protein molecules.
Dna encodes instructions for proteins molecules.
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The instructions for building a cell's protein work force are contained in its chromosomes, encoded in the DNA molecule.
Dna encodes instructions for proteins molecules.
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The instructions for how to assemble proteins are usually contained within DNA molecules.
Dna encodes instructions for proteins molecules.
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3.0 Differentiate between vascular and nonvascular plants.
Vascular plants have a dominant sporophyte generation.
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Algae to Ferns Nonvascular Land Plants Vascular Plants IX.
Vascular plants have a dominant sporophyte generation.
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As are all vascular plants, the dominant generation for the seed plants is the sporophyte generation.
Vascular plants have a dominant sporophyte generation.
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Both vascular and nonvascular plants will be studied.
Vascular plants have a dominant sporophyte generation.
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Collect and describe some examples of nonvascular and vascular plants.
Vascular plants have a dominant sporophyte generation.
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Differentiate between the vascular and nonvascular plants.
Vascular plants have a dominant sporophyte generation.
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Identifies the structure for nonvascular and vascular spore producing plants.
Vascular plants have a dominant sporophyte generation.
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In vascular plants the sporophyte dominates and manufactures food for itself and the gametophyte.
Vascular plants have a dominant sporophyte generation.
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Nonvascular plants have never evolved to the size of vascular plants, most likely because they lack
Vascular plants have a dominant sporophyte generation.
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Nonvascular plants have never evolved to the size of vascular plants, most likely because they lack...
Vascular plants have a dominant sporophyte generation.
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Structures for Nonvascular and Vascular Spore Producing Plants".
Vascular plants have a dominant sporophyte generation.
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The Curator of Vascular Plants and the Curator of Nonvascular Plants shall have charge of the botanical collections of the Club.
Vascular plants have a dominant sporophyte generation.
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The sporophytes of hornworts and mosses have epidermal stomata, like those of vascular plants.
Vascular plants have a dominant sporophyte generation.
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Vascular and nonvascular plants, and Vertebrates and invertebrates III.
Vascular plants have a dominant sporophyte generation.
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vascular and nonvascular intracranial disorders;
Vascular plants have a dominant sporophyte generation.
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A variety of fauna is found in association with Clovis artifacts, including very large mammals, large mammals, small mammals, and reptiles.
Placental mammals give birth to relatively large fetuses.
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As with large mammals species, fewer small mammal species inhabit peatlands.
Placental mammals give birth to relatively large fetuses.
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At mid-Cenozoic time, South America had a great variety of marsupials, but few placental mammals, and no large predators.
Placental mammals give birth to relatively large fetuses.
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By contrast, large plant-eating land mammals such as elephants give birth to only few offspring that are well cared for.
Placental mammals give birth to relatively large fetuses.
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Certain small mammals eat a large quantity of truffles.
Placental mammals give birth to relatively large fetuses.
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Charleau now works with the large and small mammals.
Placental mammals give birth to relatively large fetuses.
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Develop methods for the genetic modification of small and large mammals.
Placental mammals give birth to relatively large fetuses.
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For use with small mammals to large carnivores and apes.
Placental mammals give birth to relatively large fetuses.
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However, carrying and giving birth to a large fetus is risky for the mother.
Placental mammals give birth to relatively large fetuses.
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If even a small part of these hormones reach the other fetus, the quantity could be large relative to what is required for observable behavior changes.
Placental mammals give birth to relatively large fetuses.
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In eutherian (placental) mammals, the hemispheres are linked by the corpus callosum, a very large bundle of nerve fibers.
Placental mammals give birth to relatively large fetuses.
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In the absence of placental mammals the marsupials of Australia were free to evolve in splendid isolation and adaptively radiated into a large number of diverse types.
Placental mammals give birth to relatively large fetuses.
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It dines on small mammals, snakes and large insects.
Placental mammals give birth to relatively large fetuses.
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It eats lizards, small mammals and large insects.
Placental mammals give birth to relatively large fetuses.
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It is also good cover for large and small mammals.
Placental mammals give birth to relatively large fetuses.
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Large and small mammals (deer, raccoons, coyotes, muskrats);
Placental mammals give birth to relatively large fetuses.
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Pigs give birth to large litters.
Placental mammals give birth to relatively large fetuses.
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Placental mammals are very active animals; possess acute senses and a relatively large brain.
Placental mammals give birth to relatively large fetuses.
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Placental mammals give birth to a relatively large and mature fetus.
Placental mammals give birth to relatively large fetuses.
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Rhinos, like most large land mammals, give birth to only one calf at a time.
Placental mammals give birth to relatively large fetuses.
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Small bodied mammals have relatively large brains compared to their bodies and large mammals (such as whales) have small brains;
Placental mammals give birth to relatively large fetuses.
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Small mammals may have a large impact on cocoons.
Placental mammals give birth to relatively large fetuses.
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The exponent less than 1 indicates that small mammals have relatively large brains compared to body size, probably because they have relatively large heads.
Placental mammals give birth to relatively large fetuses.
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The large fetus.
Placental mammals give birth to relatively large fetuses.
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They also eat large insects and small mammals, such as rats.
Placental mammals give birth to relatively large fetuses.
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Unlike other bears who give birth to large cubs, pandas give birth to very small babies.
Placental mammals give birth to relatively large fetuses.
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Waterfowl, large and small mammals and birds.
Placental mammals give birth to relatively large fetuses.
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Waterfowl, large and small mammals, birds.
Placental mammals give birth to relatively large fetuses.
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Wildlife consists of reptiles, birds, and small and large mammals, .
Placental mammals give birth to relatively large fetuses.
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forested uplands for large and small terrestrial mammals.
Placental mammals give birth to relatively large fetuses.
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large fetus;
Placental mammals give birth to relatively large fetuses.
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of large mammals.
Placental mammals give birth to relatively large fetuses.
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waterfowl, other birds, small mammals and large mammals.
Placental mammals give birth to relatively large fetuses.
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A decrease in the diameter of blood vessels.
Blood flow decrease when blood vessels constrict.
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