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The previous example demonstrates how different parts of the brain control different functions.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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Their work focuses on determining which parts of the brain control which functions;
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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There on a light board, doctors saw tiny white spots on Rosie's brain stem, the thumb-shaped part of the brain that dovetails into the spinal cord and controls most of the body's major functions.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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These functions control mostly parallel and serial processing in the human brain.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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These travel to the parts of the brain which are directly connected to your limbic system, then it's passed on to the part of the brain that controls the pituitary gland, and hormones are released that are essential for most of the body functions.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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This causes the part of the body that is controlled by the affected area of the brain to stop functioning.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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This is controlled by another part of the brain.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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This is the oldest part of the Brain, where most involuntary functions are controlled from.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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This part of the brain also controls many of your bodily functions.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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Unstable flight is possible only if the brain is an active part of the flight > control system (so to speak).
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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When certain brain cells are not able to function due to stroke, the parts of the body controlled by those brain cells are unable to function.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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When this happens, you may lose a function that is controlled by that part of your brain.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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Willis correctly hypothesized that different parts of the brain controlled of various bodily functions.
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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largest part of the brain that controls conscious functions such as reasoning and sight
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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the part of the brain that controls breathing
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Not surprisingly, controlling flight is the function of the most developed part of a bird's brain.
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neutral
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An even number of protons or neutrons is more stable (lower binding energy) because of pairing effects, so even-even nuclides are much more stable than odd-odd.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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entails
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An even number of protons or of neutrons are more stable (higher binding energy) because of pairing effects, so even-even nuclei are much more stable than odd-odd.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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entails
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Deuterium is a stable isotope hydrogen with 1 neutron in the nucleus along with the proton.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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Explain how an atomic nucleus can be stable if it is composed of particles that are either neutral (neutrons) or carry like charges ( protons).
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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Gamma rays An unstable configuration of neutrons and protons in a nucleus is sometimes made more stable by a rearrangement of the components with no particles emitted.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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In particular, nuclei with even numbers of protons and neutrons are more stable than those with odd numbers.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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entails
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Iron is the most stable nucleus, with 26 protons and 30 neutrons.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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Lead has an atomic number (the number of protons in the nucleus) of 82 and four stable isotopes with atomic masses (i.e., the number of protons and neutrons in the nucleus) of 204, 206, 207 and 208.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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Neutrons or protons bound in a nucleus can be stable or unstable, depending on the nuclide.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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One can have more than one parabola because isotopes with an even number of protons and an even number of neutrons are more stable than isotopes with an odd number of neutrons and an odd number of protons.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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entails
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Protons and neutrons in stable nuclei are generally bound to the nucleus by approximately 8 MeV.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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This is the lightest stable or almost stable nucleus (the middle part of an atom) with much more neutron than proton.
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Nuclei with even numbers of protons, neutrons, or both are more likely to be stable.
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neutral
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Banded eagle rays live in the open ocean, coral reefs, and shallow seas.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Coral reefs actually are communities of hundreds of thousands of tiny animals called coral polyps, which grow in sunlit shallows of warm, clear marine waters.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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entails
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Coral reefs throughout the world are being threatened both by global warming, which is raising the temperatures of shallow tropical ocean waters, and by polluted runoff from development on adjacent shorelines.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Eels are predators that live in the shallow waters of the ocean, hiding in sand, mud, among rocks, or in cracks found in coral reefs.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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It feeds mainly on sponges, it is usually found in warm water, in coral reefs, and in oceans.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Most coral reefs are found in warm and tropical oceans.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Numerous species are distributed throughout the temperate and tropical oceans of the world, where they generally inhabit shallow water and coral reefs.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Salt Water Animals Explore the worlds of Invertebrates, Sea Turtles, Coral Reef Animals, and Ocean Animals.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Seven different species of sea (or marine) turtles grace our ocean waters, from the shallow seagrass beds of the Indian Ocean, to the colorful reefs of the Coral Triangle, and even the sandy beaches of the Eastern Pacific.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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The ABQ Biopark Aquarium exhibits Gulf of Mexico and South Pacific saltwater species from a variety of habitats, including surf zone, shallow waters, coral reefs, open ocean and deep ocean.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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The Ocean Planet A Smithsonian Exhibit The Sea Oceans Alive The Living Ocean A SeaWIFS Project from NASA EPA Office of Water oceans, coral reefs, pollution Ocean Link Oceanography links from Kids Click Neptune's Web Ocean Trivia from Neptune's Web- marine life, waves, tides, conditions.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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The reason the coral-reef Twilight Zone is shallower than the open-ocean Twilight Zone stems mostly from the difference in water clarity between the two habitats.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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These cowries live in warm tropical and subtropical waters, from intertidal zone to the shallow reef, at about 5 25 of depth, mainly on coral reefs, in caves, under rock slabs or on sandy seabed.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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They are marine fish that live in shallow tropical reefs in the Indian and Pacific Oceans
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Today 12 marine sanctuaries protect over 18,000 square miles of open ocean and near-shore waters, coral reefs and kelp forest habitats, and the many and varied ocean creatures that call the ocean home.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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thus these large forams lived in the photic zone of shallow marine carbonate environment (< 30 m deep) and are commonly associated with reefs and may form shoals, and dunes.
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Ocean ridges formed by marine invertebrates living in warm shallow waters within the photic zone of the ocean are called coral reefs.
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neutral
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Process yellow absorbs only blue light, magenta absorbs only green light, and cyan absorbs only red light.
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Ocean water appears cyan because microbes in the water preferentially absorb red light.
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neutral
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The ocean looks blue because sea water absorbs all of the reds, yellows and greens out of the water, leaving only blue light to be reflected by the water molecules.
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Ocean water appears cyan because microbes in the water preferentially absorb red light.
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entails
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The plant in Pan B absorbed the water and the red food coloring.
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Ocean water appears cyan because microbes in the water preferentially absorb red light.
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neutral
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Water molecules absorb red light weakly and infra-red strongly because the molecules vibrate greatly in the infra-red frequencies.
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Ocean water appears cyan because microbes in the water preferentially absorb red light.
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neutral
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With the addition of red food coloring, the water appears to be Blood.
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Ocean water appears cyan because microbes in the water preferentially absorb red light.
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neutral
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cyan ink absorbs the red component of white light, and thus, in terms of the additive primaries, cyan is white minus red, ie.
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Ocean water appears cyan because microbes in the water preferentially absorb red light.
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neutral
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10.2.3 Radioactive Transforms Most radioisotopes of interest at OSU undergo transforms via beta particle emission, often accompanied by gamma ray emission.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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A disintegration is the emission of an alpha, beta, or gamma particle.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Alpha particle, beta particle, and gamma ray radioactive emissions are industrially useful.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Both decay with the emission of penetrating gamma rays.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Fresh fission products are highly radioactive and most decay by Simultaneous emission of electrons and gamma rays.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Gamma particles are the most penetrating of the decay products, being capable of penetrating a few centimeters of lead if they have enough energy.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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entails
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Gamma radiation can penetrate very far into a material, and so it is gamma radiation that poses the most danger when working with radioactive materials, although all types of radiation are very dangerous.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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entails
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Gamma rays are the most penetrating of the three common types of radiation (the other two are alpha particles and beta particles ) and are best stopped by dense materials such as lead.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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entails
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He and Soddy published their findings on the properties of alpha and beta particles and on gamma-ray emission during radioactive decay ( see Radioactivity ).
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Of the three common types of radiation given off by radioactive materials, alpha, beta and gamma, beta has the medium penetrating power and the medium ionising power.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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PIGME Particle-Induced GaMma ion Emission.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Plutonium emits a low level of gamma rays, but its radioactivity is mainly due to the emission of what we call alpha particles.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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The radiation produced from radioactive atoms is emitted in several forms, most commonly, alpha and beta particles, and gamma rays.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
|
neutral
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The three main types of radioactivity are gamma rays , fast-moving alpha particles , and beta particles .
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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The three types of radiation that are given off are alpha, beta, and gamma particles.
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Of the three basic types of radioactive emissions, the gamma particle is the most penetrating.
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neutral
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Click on Skeletal System for information about the basic skeletal system, the endoskeleton, the axial skeleton, the appendicular skeleton, and joints.
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Humans possess a(n) endoskeleton.
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neutral
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Compare endoskeleton .
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Humans possess a(n) endoskeleton.
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neutral
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Despite their resemblance to insects, the Brood have endoskeletons as well as exoskeletons.
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Humans possess a(n) endoskeleton.
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neutral
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Echinoderms do not have an exoskeleton but do have a calcareous endoskeleton.
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Humans possess a(n) endoskeleton.
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neutral
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Endoskeleton , and Exoskeleton .
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Humans possess a(n) endoskeleton.
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neutral
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Endoskeleton of Cockroach
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Humans possess a(n) endoskeleton.
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neutral
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Hence, while our hard framework is said to be an endoskeleton, or internal skeleton;
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Humans possess a(n) endoskeleton.
|
entails
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Human skeletons are internal ones called endoskeletons .
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Humans possess a(n) endoskeleton.
|
entails
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In the absence of endoskeletons, exoskeletons are often highly devel- oped among the invertebrates.
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Humans possess a(n) endoskeleton.
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neutral
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Physiology or functional responses (systems) Within each major taxonomic group locomotory systems (from amoeboid, ciliary, and flagellar locomotion to the use of body wall musculature), skeletons (endoskeletons, exoskeletons, hydroskeletons) and appendages are considered.
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Humans possess a(n) endoskeleton.
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neutral
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Skeletal Structure A compact review of hydrostatic skeletons, exoskeletons, and endoskeletons from Wake Forest University.
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Humans possess a(n) endoskeleton.
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neutral
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Some animals, such as the tortoise, have both an endoskeleton and an exoskeleton.
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Humans possess a(n) endoskeleton.
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neutral
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The dermal endoskeleton .
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Humans possess a(n) endoskeleton.
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neutral
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The mesohyl functions as an endoskeleton in most sponges, and is the only skeleton in soft sponges that encrust hard surfaces such as rocks.
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Humans possess a(n) endoskeleton.
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neutral
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The skeleton is most developed in the arthropods , which have an exterior exoskeleton containing chitin , and in the vertebrates which have a sophisticated interior endoskeleton made of bone or cartilage comprising a system of jointed struts and levers.
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Humans possess a(n) endoskeleton.
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neutral
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The three basic skeletal types, endoskeleton, exoskeleton and supplemental skeleton, may occur in all possible combinations to determine, together with chamber shape and chamber arrangement, the architecture of the shell.
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Humans possess a(n) endoskeleton.
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neutral
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They are a type of echinoderm so they have an endoskeleton.
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Humans possess a(n) endoskeleton.
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neutral
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They are part of the endoskeleton.
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Humans possess a(n) endoskeleton.
|
neutral
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This rating drop begins immediately when we discover that the flaming wax coating of the murderer has melted away to reveal what seems to be a rip-off of the Terminator endoskeleton (only merging human skeleton with metallic parts).
|
Humans possess a(n) endoskeleton.
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neutral
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This seems to indicate that the oldest ancestors of these creatures possessed endoskeletons, and that exoskeletons evolved later.
|
Humans possess a(n) endoskeleton.
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neutral
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Unlike insects, spiders have an endoskeleton in addition to their exoskeleton.
|
Humans possess a(n) endoskeleton.
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neutral
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endoskeleton A skeleton that's inside the body (like your skeleton).
|
Humans possess a(n) endoskeleton.
|
entails
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endoskeleton An internal supporting skeleton with muscles on the outside; in vertebrates, consists of the skull, spinal column, ribs, and appendages.
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Humans possess a(n) endoskeleton.
|
entails
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in 1895 on the endoskeleton ;
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Humans possess a(n) endoskeleton.
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neutral
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An important advantage of an endoskeleton over an exoskeleton is that the endoskeleton provides more structural support.
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Humans possess a(n) endoskeleton.
|
neutral
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ROBERT MACDONALD, MICHAEL DUDASH Exoskeletons and endoskeletons by two Seattle artists.
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Humans possess a(n) endoskeleton.
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neutral
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Skeletons Three main types of skeletons are found in animals: hydrostatic skeleton exoskeleton endoskeleton Hydrostatic Skeletons See Figure 44.13, which illustrates the structure and functioning of the earthworm's hydrostatic skeleton.
|
Humans possess a(n) endoskeleton.
|
neutral
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The sea cucumber has an endoskeleton (internal skeleton) beneath the skin.
|
Humans possess a(n) endoskeleton.
|
neutral
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The tortoise has both an endoskeleton and an exoskeleton .
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Humans possess a(n) endoskeleton.
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neutral
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Two types of skeletal systems: Exoskeleton - arthropods Endoskeleton - vertebrates B. Internal Skeletons 1.
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Humans possess a(n) endoskeleton.
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neutral
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Unlike crustaceans or insects who possess external skeletons ( exoskeletons ), humans have internal skeletons, or endoskeletons .
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Humans possess a(n) endoskeleton.
|
entails
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a. endo- and exoskeletons b. top and bottom c. dermal and endoskeletons d. anterior and posterior skeletons Submitted by Heather O. 1) Lancelets like to live where?
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Humans possess a(n) endoskeleton.
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neutral
|
And Ridge -
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Iceland sits on the mid-atlantic ridge.
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neutral
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Iceland sits astride the Mid-Atlantic Ridge, part of the world-circling undersea mountain system that is the locus of new crust formation.
|
Iceland sits on the mid-atlantic ridge.
|
entails
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Iceland sits astride the volcanic Mid-Atlantic Ridge, its back against the Arctic Circle.
|
Iceland sits on the mid-atlantic ridge.
|
entails
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In addition, Iceland sits on the Mid-Atlantic Ridge, and is a good example of sea-floor spreading and plate tectonics;
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Iceland sits on the mid-atlantic ridge.
|
entails
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