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23100 | There are three main types of emission nebulae, and all have very low gas densities. | Gases have the lowest density. | neutral |
23101 | This is fortunate, since under the extreme conditions encountered in chemical and nuclear explosions, matter can usually be treated as a gas regardless of its density or original state. | Gases have the lowest density. | neutral |
23102 | cool gas at low density. | Gases have the lowest density. | neutral |
23103 | dense gas fades faster, low density gas fades slower. | Gases have the lowest density. | neutral |
23104 | it is filled with very low density gas and dust. | Gases have the lowest density. | neutral |
23105 | A solid is a state of matter that has a | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23106 | All of the bonds in the sucrose molecule are strong covalent bonds.Therefore there are no charged particles present to conduct electricity either in the solid state or in solution. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23107 | An understanding of the forces that hold molecules together in the solid state (i.e., ionic, Van de Waals, and dipole) and those that allow the solid to have its molecules separated by solvent molecules is useful. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23108 | Clicking the disk, however, has the ability to force a few molecules to flip to the solid state, and the rest of the liquid then rushes to solidify as well. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23109 | Describe the movement and arrangement of molecules in a solid, liquid and gas. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23110 | F Solid-State Physics In solids, the atoms are closely packed, leading to strong interactive forces and numerous interrelated effects that are not observed in gases, where the molecules largely act independently. | Solid is characterized by molecules with minimal movement and strong forces between them. | entailment |
23111 | Gas molecules in equilibrium with molecules in liquid or solid state. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23112 | It is not concerned with the formation of molecules (although much of the physics is identical), nor does it examine atoms in a solid state as condensed matter. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23113 | Research is focused on the characterization of minerals and, in general, solid-state matter by analytical and optical methods, by X-ray diffraction and spectroscopy. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23114 | Solid-State Device Characterization Laboratory. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23115 | The solid state of fluorine relies on Van der Waals forces to hold molecules together, which, because of the small size of the fluorine molecules, are relatively weak. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23116 | This strong central conflict is offset by solid characterization where it matters most. | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23117 | solid state characterization of drug molecules; | Solid is characterized by molecules with minimal movement and strong forces between them. | neutral |
23118 | Cardiovascular diseases, often called CVD, are disorders of the heart and blood vessel system. | The cardiovascular system in the human body consists of the heart, a network of blood vessels, and blood. | neutral |
23119 | Heart pumps blood through a system of blood vessels. | The cardiovascular system in the human body consists of the heart, a network of blood vessels, and blood. | neutral |
23120 | PICTURE cardiovascular system The human circulatory system consisting of the heart and the vessels that transport blood to and from the heart. | The cardiovascular system in the human body consists of the heart, a network of blood vessels, and blood. | entailment |
23121 | The distributary system in an organism consists of the blood vessels, heart, arteries and veins and they carry blood to all parts of the body. | The cardiovascular system in the human body consists of the heart, a network of blood vessels, and blood. | neutral |
23122 | In scientific work, it is common to use the Kelvin temperature scale. | The kelvin scale temperature scale is commonly used in science. | entailment |
23123 | Kelvin temperature scale ). | The kelvin scale temperature scale is commonly used in science. | neutral |
23124 | Other Temperature Scales The Kelvin scale is the unit to be used in basic scientific work. | The kelvin scale temperature scale is commonly used in science. | entailment |
23125 | Scientists use the Kelvin temperature scale. | The kelvin scale temperature scale is commonly used in science. | entailment |
23126 | See Kelvin temperature scale. | The kelvin scale temperature scale is commonly used in science. | neutral |
23127 | The Kelvin and Rankine temperature scales use it as their zero point. | The kelvin scale temperature scale is commonly used in science. | neutral |
23128 | The Kelvin scale is primarily used in Science. | The kelvin scale temperature scale is commonly used in science. | entailment |
23129 | The final temperature scale is the Kelvin scale. | The kelvin scale temperature scale is commonly used in science. | neutral |
23130 | The most commonly used temperature scales in science are the Celsius and Kelvin scales. | The kelvin scale temperature scale is commonly used in science. | entailment |
23131 | The three most commonly used scales of temperature are the Fahrenheit, Celsius and Kelvin scales. | The kelvin scale temperature scale is commonly used in science. | neutral |
23132 | 3.6 Explain how natural selection is the basis of the theory of evolution. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23133 | A well written book explaining his theory of evolution by means of natural selection. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23134 | D.2.3 Explain the Darwin-Wallace theory of evolution by natural selection. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23135 | Darwin and Wallace proposed the theory of evolution by natural selection, the change in the characteristics of organisms from generation to generation, or descent with modification. | Theevolution by natural selection theory explains how populations of organisms can change over time. | entailment |
23136 | Darwin claimed that populations of organisms change gradually through time as their members are weeded out, which is his basic idea of evolution through natural selection. | Theevolution by natural selection theory explains how populations of organisms can change over time. | entailment |
23137 | Evolution is the genetic change in a population of organisms over time , produced by the integrating agencies of natural selection and variation. | Theevolution by natural selection theory explains how populations of organisms can change over time. | entailment |
23138 | Evolution through natural selection deals with the changes of organisms through time. | Theevolution by natural selection theory explains how populations of organisms can change over time. | entailment |
23139 | Examining the history of organic evolution one sees that theories of the mechanisms for change (namely natural selection ( Darwin 1859 )) predate modern theories for transmission (namely population genetics ( Haldane 1932 ; | Theevolution by natural selection theory explains how populations of organisms can change over time. | entailment |
23140 | Explain how natural selection is the basis of the theory of evolution. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23141 | If evolution happened, natural selection was not the principal mechanism, until someone can come up with a valid mechanism to explain such changes. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23142 | Perform a skit which explains the theory of biological evolution through natural selection. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23143 | The neutral theory of evolution can explain the clock, but it is a challenge to the theory of natural selection. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23144 | Theory of evolution emphasizing common descent of all living organisms, gradual change, multiplication of species and natural selection. | Theevolution by natural selection theory explains how populations of organisms can change over time. | entailment |
23145 | Therefor natural selection reduces the change in allele frequencies in a population over time, and is thus is NOT the process of evolution. | Theevolution by natural selection theory explains how populations of organisms can change over time. | neutral |
23146 | Diabetes Noninsulin-dependent diabetes mellitus (type 2 diabetes) is the most common type of diabetes in the United States. | Type 2 is the more common type of diabetes. | entailment |
23147 | It is much more common for ketones to build up if you have type 1 diabetes than type 2 diabetes. | Type 2 is the more common type of diabetes. | neutral |
23148 | Ketoacidosis is much more common in type 1 diabetes than type 2. | Type 2 is the more common type of diabetes. | neutral |
23149 | Lethargy may ultimately progress to a coma, though this is more common in type 2 diabetes than type 1. | Type 2 is the more common type of diabetes. | neutral |
23150 | Noninsulin-dependent diabetes mellitus (type 2 diabetes) is the most common type of diabetes in the United States. | Type 2 is the more common type of diabetes. | entailment |
23151 | Oral hypoglycemics are commonly administered for type 2 diabetics. | Type 2 is the more common type of diabetes. | neutral |
23152 | Patients with type 2 diabetes more commonly have hypertension as a concomitant disease. | Type 2 is the more common type of diabetes. | neutral |
23153 | TYPE 2 diabetes is far more common and approximately 90 % of people with diabetes have this form. | Type 2 is the more common type of diabetes. | entailment |
23154 | The most common cause is diabetes, both Type 1 and Type 2. | Type 2 is the more common type of diabetes. | neutral |
23155 | The most common form of diabetes is Type 2 diabetes mellitus. | Type 2 is the more common type of diabetes. | entailment |
23156 | There are three common types of diabetes. | Type 2 is the more common type of diabetes. | neutral |
23157 | There are two common types of diabetes. | Type 2 is the more common type of diabetes. | neutral |
23158 | Two types of diabetes are common. | Type 2 is the more common type of diabetes. | neutral |
23159 | Type 2 , or Non-insulin dependent diabetes is more common. | Type 2 is the more common type of diabetes. | entailment |
23160 | Type 2 diabetes is by far the more common condition. | Type 2 is the more common type of diabetes. | entailment |
23161 | Type 2 diabetes is by far the more common type (90 | Type 2 is the more common type of diabetes. | entailment |
23162 | Type 2 diabetes is by far the most common type of diabetes, accounting for more than 90 percent of all cases of diabetes. | Type 2 is the more common type of diabetes. | entailment |
23163 | Type 2 diabetes is much more common and usually develops in older adults. | Type 2 is the more common type of diabetes. | entailment |
23164 | Type 2 diabetes is the more common form. | Type 2 is the more common type of diabetes. | entailment |
23165 | Type 2 diabetes is the more common type of diabetes. | Type 2 is the more common type of diabetes. | entailment |
23166 | Type 2 diabetes is the most common type. | Type 2 is the more common type of diabetes. | entailment |
23167 | Type 2 diabetes, previously known as adult-onset or non-insulin dependent diabetes, is the more common type of diabetes. | Type 2 is the more common type of diabetes. | entailment |
23168 | Type II Diabetes is the more common of the diabetes types. | Type 2 is the more common type of diabetes. | entailment |
23169 | An object in motion has kinetic energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23170 | Energy of motion is called kinetic energy . | Kinetic engergy is the energy of anything in motion. | entailment |
23171 | Engergy of this type is called elastic energy or deformation energy. | Kinetic engergy is the energy of anything in motion. | neutral |
23172 | Its energy is in the form of kinetic energy, the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23173 | Kinetic energy is energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23174 | Kinetic Energy Energy of motion is called kinetic energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23175 | Kinetic Energy Kinetic energy is the energy possessed by a body by virtue of its motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23176 | Kinetic Energy The energy due to motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23177 | Kinetic Energy- the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23178 | Kinetic energy (energy of motion) | Kinetic engergy is the energy of anything in motion. | entailment |
23179 | Kinetic energy Kinetic energy is energy associated with motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23180 | Kinetic energy The energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23181 | Kinetic energy deals with the motion of objects. | Kinetic engergy is the energy of anything in motion. | entailment |
23182 | Kinetic energy is energy a body possesses because it is in motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23183 | Kinetic energy is energy associated with motion, so if there is motion there must be kinetic energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23184 | Kinetic energy is energy associated with motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23185 | Kinetic energy is energy in the form of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23186 | Kinetic energy is energy in use (or motion). | Kinetic engergy is the energy of anything in motion. | entailment |
23187 | Kinetic energy is energy that comes from motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23188 | Kinetic energy is the energy of an object in motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23189 | Kinetic energy is the energy of bodies in motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23190 | Kinetic energy is the energy of mass in motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23191 | Kinetic energy is the energy of motion and an object must be moving if it has kinetic energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23192 | Kinetic energy is the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23193 | The energy associated with this motion is termed kinetic energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23194 | The energy of motion, or kinetic energy, is a form of energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23195 | The potential energy is changed into KINETIC ENERGY, or the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23196 | This energy is transmitted in the form of energy of motion or kinetic energy. | Kinetic engergy is the energy of anything in motion. | entailment |
23197 | This is why kinetic energy is the energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23198 | This kinetic energy is any energy of motion. | Kinetic engergy is the energy of anything in motion. | entailment |
23199 | Types of Kinetic Energy | Kinetic engergy is the energy of anything in motion. | neutral |