premise stringlengths 1 46.3k | hypothesis stringlengths 21 234 | label stringclasses 2
values |
|---|---|---|
The estrous cycle is the period from one ovulation to the next and averages 21 to 23 days in length. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
The final Graafian follicle at day 20 leads to ovulation on day 1 of the subsequent estrous cycle. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
The limited period of heat or sexual receptivity that occurs around ovulation in female mammals having estrous cycles. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
The ovulation date can be as early as day 7 and as late as day 27 of the estrous cycle, emphasizing the importance of the blood test. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
The start of the estrous cycle is considered to be when ovulation of an egg occurs from the ovary. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
To pick breeding values a producer should use the average ovulation rate form severa l estrous cycles. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
of a breeding male, ovulation was observed in six of seven estrous cycles. | Ovulation occurs before the endometrium thickens in estrous cycles. | neutral |
Aerobic respiration occurs at a faster rate than anaerobic respiration because bacteria are able to metabolize more quickly in the presence of oxygen and heat. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
Anaerobic bacteria cannot grow when oxygen is present. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
Facultative anaerobes utilize oxygen and aerobic respiration whenever possible. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
Flavoproteins in anaerobic respirers can generate oxygen radicals. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
In conditions where no free oxygen is present, anaerobic respiration takes place. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | entails |
That is, they cannot obtain energy through respiration with oxygen, but can grow in the presence of air. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
What are the implications of the low yields of energy obtained from anaerobic respiration in regard to rates and standing populations of microorganisms. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
Without oxygen the respiration does not release all the energy and is called anaerobic respiration. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | entails |
others (anaerobic bacteria) cannot grow in the presence of free oxygen but obtain oxygen from compounds. | Anaerobic respiration occurs if oxygen cannot be obtained at a sufficient rate. | neutral |
An antioxidant is a substance that reduces or prevents oxidation, a chemical reaction in which oxygen reacts with another substance. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Basically it amounts to an inflammatory reaction to substances not normally reacted to. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Combustion synthesis reaction between Zr metal and oxygen as a mean to prepare stabilized. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Free radicals are formed during a chain reaction usually when oxygen reacts with certain substances in the body. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Fuel NOx is formed by the reaction of nitrogen in the fuel with oxygen in the combustion air. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
In the reaction chamber the exhaust gas reacts with the available oxygen. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
One of the ingredients in EMP reacts with the products of combustion and drives the combustion reactions to completion. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Oxidation is a reaction in which oxygen combines with another substance. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Oxidizer-- Is a substance that gives up oxygen easily to stimulate combustion of organic material. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
Reactions with oxygen are sometimes referred to as combustion reactions. | Combustion reaction occurs when a substance reacts quickly with oxygen. | entails |
oxidizer A chemical that readily yields oxygen or that vigorously promotes oxidation reactions or combustion. | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
react, test A substance is tested for a reaction with another substance; | Combustion reaction occurs when a substance reacts quickly with oxygen. | neutral |
B Radioactive materials spontaneously emit alpha, beta, gamma, or neutron particles from the nucleus of the unstable atoms making up the material. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Beta Decay It often happens that unstable nuclei emit high-speed electrons called beta particles. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | entails |
Beta Particles Beta particles are emitted from the nucleus of a radioactive atom with a wide range of energies up to some maximum value. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Beta decay (beta negative decay) occurs when a beta (negative) particle is released from the nucleus ( i.e. , electron). | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | entails |
Beta particles are emitted from the nucleus of certain radioactive atoms. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Beta-particles are emitted in a spectrum of energies; | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Both alpha and beta particles are emitted from unstable isotopes. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Entropy Nuclear Energy Radioisotopes that decay by emitting nuclear particles (alpha, gamma, and beta particles) into other nuclei are called unstable isotopes. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Examples are particles (alpha, beta, and neutrons) and photons (gamma) which are emitted from the nucleus of an unstable (i.e., radioactive) atom during radioactive decay. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Gamma radiation is often emitted from a nucleus at the same time as an alpha or beta particle allowing the nucleus to adjust its energy to a lower, more stable level. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
However, when a beta particle is emitted, the energy is divided between the beta and a neutrino. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Radon contamination 222Rn emits alpha and beta particles, the latter with a decay energy of 5.587 meV. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
The number of scintillations emitted is proportional to the energy of the beta particle. | Beta decay occurs when an unstable nucleus emits a beta particle and energy. | neutral |
Evolution can act only on traits that are passed genetically from one generation to the next. | Evolution occurs when organisms acquire and pass on new traits from one generation to the next generation. | entails |
Evolution is a percentage change in the heritable traits in a population over one or more generations. | Evolution occurs when organisms acquire and pass on new traits from one generation to the next generation. | entails |
Evolution is the change in heritable traits of biological organisms over successive generations due to natural selection and other mechanisms. | Evolution occurs when organisms acquire and pass on new traits from one generation to the next generation. | entails |
In evolution, having traits that help one survive is very important, but it is only important so that one can reproduce and pass those traits to the next generation. | Evolution occurs when organisms acquire and pass on new traits from one generation to the next generation. | entails |
genetic or organic evolution) is the change in the inherited traits of a population of organisms through successive generations. | Evolution occurs when organisms acquire and pass on new traits from one generation to the next generation. | entails |
70 And after this time, fora period of time, each day shall bring snow OR drought OR great winds OR terrible rains, each without their seasons; | Droughts occurs when there is little to no rain in a period of time. | neutral |
A drought is a long period of time when there is little to no rain in our environment. | Droughts occurs when there is little to no rain in a period of time. | entails |
A drought is a period of time when a region has much less rain than usual. | Droughts occurs when there is little to no rain in a period of time. | entails |
And during periods of drought, the dragon blesses the people with much-needed rain. | Droughts occurs when there is little to no rain in a period of time. | neutral |
At that time there was a great drought, and Shan-wu-wei was ordered to conduct prayers for rain. | Droughts occurs when there is little to no rain in a period of time. | neutral |
Despite the rain, Gordon did little to relieve an ongoing drought in Georgia. | Droughts occurs when there is little to no rain in a period of time. | neutral |
Drought Prolonged period with little or no rainfall. | Droughts occurs when there is little to no rain in a period of time. | entails |
Drought can be defined as an unusually long period without rain. | Droughts occurs when there is little to no rain in a period of time. | entails |
Drought is a continuous period of dry weather due to lack of rain. | Droughts occurs when there is little to no rain in a period of time. | entails |
Drought means there has been no rain for along time. | Droughts occurs when there is little to no rain in a period of time. | entails |
Drought, rain, drought, rain. | Droughts occurs when there is little to no rain in a period of time. | neutral |
Droughts are a long time with no rain. | Droughts occurs when there is little to no rain in a period of time. | entails |
Droughts occur in areas where there has been little or no rain for a long period of time. | Droughts occurs when there is little to no rain in a period of time. | entails |
If there is drought they whip the Yin Stone, and in due time it rains. | Droughts occurs when there is little to no rain in a period of time. | neutral |
It is virtually drought-proof and has no critical period when it must receive rain. | Droughts occurs when there is little to no rain in a period of time. | neutral |
Since the Raso lark is confined to a small islands-Cape Verde Islands, during times of drought and little rain, they survive by gathering and eating subterranean bulbs of the nutsedges. | Droughts occurs when there is little to no rain in a period of time. | neutral |
The expected rain and the thawing snow will do little however to compensate for the long period of drought that hit Romania last year. | Droughts occurs when there is little to no rain in a period of time. | neutral |
The veld is adapted to extreme drought and can survive with little rain. | Droughts occurs when there is little to no rain in a period of time. | neutral |
They are not used within five days following a rain during a drought period. | Droughts occurs when there is little to no rain in a period of time. | neutral |
Time planting to avoid drought period. | Droughts occurs when there is little to no rain in a period of time. | neutral |
Even though the field appears to have plenty of moisture, the plants wilt because insufficient water is absorbed by the roots to replace that lost from transpiration. | Wilting occurs when water lost by transpiration is not replaced by absorbtion from room. | entails |
The plants growing in such a habitat do not face the problems of water loss due to transpiration, wilting and drought, They are known as hydrophytes. | Wilting occurs when water lost by transpiration is not replaced by absorbtion from room. | neutral |
Very small produce loses water more rapidly leading to wilting in storage. | Wilting occurs when water lost by transpiration is not replaced by absorbtion from room. | neutral |
Wilting was a clear consequence of loss of turgor of leaf cells, and was not apparently ascribable either to a reduction in water uptake and transport or to an increased transpiration. | Wilting occurs when water lost by transpiration is not replaced by absorbtion from room. | neutral |
EVAPORATION (1) Process by which water on the earth's surface returns to the atmosphere as vapor. | Evaporation occurs when water on the surface changes to water vapor. | entails |
Evaporation Evaporation is the process whereby liquid water is converted to water vapour (vaporization) and removed from the evaporating surface (vapour removal). | Evaporation occurs when water on the surface changes to water vapor. | entails |
Evaporation The process of liquid water becoming water vapor, including vaporization from water surfaces, land surfaces, and snow fields, but not from leaf surfaces. | Evaporation occurs when water on the surface changes to water vapor. | entails |
Evaporation is the process by which water changes from a liquid to a gas or vapor. | Evaporation occurs when water on the surface changes to water vapor. | entails |
Evaporation occurs when water on the surface changes to water vapor. | Evaporation occurs when water on the surface changes to water vapor. | entails |
That water is found in glaciers, ground water, snowfields, ice caps, rain, evaporation, water vapor and surface fresh water. | Evaporation occurs when water on the surface changes to water vapor. | neutral |
evaporation ---process by which water is changed from a liquid into a vapor. | Evaporation occurs when water on the surface changes to water vapor. | entails |
evaporation the movement of gaseous water (water vapor) from the Earth's surface to the atmosphere; | Evaporation occurs when water on the surface changes to water vapor. | entails |
evaporation--the process of liquid water becoming water vapor, including vaporization from water surfaces, land surfaces, and snow fields, but not from leaf surfaces. | Evaporation occurs when water on the surface changes to water vapor. | entails |
Deposition When running water slows down or comes to a stop, the load that it is carrying is dropped (deposited) on the bottom. | Deposition occurs where the water motion slows. | entails |
Deposition occurs where waves and other ocean motions slow. | Deposition occurs where the water motion slows. | entails |
deposition occurs where the water slows down. | Deposition occurs where the water motion slows. | entails |
The bile salt component of bile (the liver produces about 0.6 grams per day of this) aids in digestion by emulsifying dietary fats. | The liver packages nutrients absorbed by the digestive system; produces plasma proteins, clotting factors, and bile; and disposes of worn-out cell components and waste products. | neutral |
The cardiovascular system transports FROM cells and tissues waste products , immune cells , antibodies , and clotting proteins , hormones from endocrine cells, and stored nutrients from liver and adipose tissue (fat). | The liver packages nutrients absorbed by the digestive system; produces plasma proteins, clotting factors, and bile; and disposes of worn-out cell components and waste products. | neutral |
The liver also synthesises vitamins, produces bile and blood-clotting factors, and removes damaged red cells and toxins such as alcohol from the blood. | The liver packages nutrients absorbed by the digestive system; produces plasma proteins, clotting factors, and bile; and disposes of worn-out cell components and waste products. | entails |
Just take a look at mitochondria, the organelle inside cells that serve as power plants to generate energy. | The mitochondria organelles are known as the "power plants" of the cell. | entails |
Mitochondria these organelles are the power plants that convert the food we eat into the energy that drives our cells. | The mitochondria organelles are known as the "power plants" of the cell. | entails |
We are also studying organelles known as mitochondria, which are the power plants of mammalian cells. | The mitochondria organelles are known as the "power plants" of the cell. | entails |
Phototrophs (green plants and algae), a type of autotroph, convert physical energy from sunlight into chemical energy in the form of reduced carbon. | Phototrophs capture light energy and convert it to chemical energy inside its cell. | entails |
Phototrophs Phototrophs take light from the sun and convert it directly into biochemical energy and reducing power. | Phototrophs capture light energy and convert it to chemical energy inside its cell. | entails |
5.2 Energy flows through ecosystems in one direction from photosynthetic organisms to herbivores to carnivores and decomposers. | A(n) carnivore is at the top of the energy pyramid. | neutral |
Be able to trace energy flows through ecosystems in one direction, from photosynthetic organisms to herbivores to carnivores and decomposers. | A(n) carnivore is at the top of the energy pyramid. | neutral |
Carnivores eat herbivores, forming the peak of the pyramid and containing the least amount of energy. | A(n) carnivore is at the top of the energy pyramid. | entails |
Carnivores get their energy | A(n) carnivore is at the top of the energy pyramid. | neutral |
Describe the roles of primary producers, herbivores, carnivores, decomposers, parasites, and mutualistic organisms in the energy flow and nutrient cycling of an ecosystem. | A(n) carnivore is at the top of the energy pyramid. | neutral |
Describe the roles of primary producers, herbivores, carnivores, decomposers, parasites, and symbiotic organisms in the energy flow and nutrient cycling of an ecosystem. | A(n) carnivore is at the top of the energy pyramid. | neutral |
Energy flows through ecosystems in one direction, from photosynthetic organisms to herbivores to carnivores to decomposers. | A(n) carnivore is at the top of the energy pyramid. | neutral |
Observing, Organizing, Comparing Organizing Use references to develop a food pyramid for a carnivore and an omnivore, relating the ultimate energy source to the sun. | A(n) carnivore is at the top of the energy pyramid. | neutral |
Tertiary consumers or secondary carnivores are animals that receive their organic energy by consuming primary carnivores. | A(n) carnivore is at the top of the energy pyramid. | neutral |
The role of an organism in nutrient and energy flow within an ecosystem (e.g., herbivore, carnivore, decomposer). | A(n) carnivore is at the top of the energy pyramid. | neutral |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.