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Eukaryotes, which include all other organisms except viruses, have a membrane-bound nucleus as well as membrane-enclosed cytoplasmic organelles. | Eukaryotes have nuclei and other membrane bound organelles. | entails | Eukaryotes<>have<>nuclei and other membrane bound organelles$$$membrane<>bound<>organelles |
In contrast to bacteria and other prokaryotes,eukaryotes do possess a true membrane-bound region of DNA, the nucleus, andthey also have other membrane-bound organelles. | Eukaryotes have nuclei and other membrane bound organelles. | entails | Eukaryotes<>have<>nuclei and other membrane bound organelles$$$membrane<>bound<>organelles |
Prokaryotes are cells without a cell nucleus and other membrane-bound organelles, and eukaryotes are cells with a cell nucleus and other membrane-bound organelles. | Eukaryotes have nuclei and other membrane bound organelles. | entails | Eukaryotes<>have<>nuclei and other membrane bound organelles$$$membrane<>bound<>organelles |
The major and extremely significant difference between prokaryotes and eukaryotes is that eukaryotes have a nucleus and membrane-bound organelles, while prokaryotes do not. | Eukaryotes have nuclei and other membrane bound organelles. | entails | Eukaryotes<>have<>nuclei and other membrane bound organelles$$$membrane<>bound<>organelles |
eukaryote: a cell that has an outer membrane that separates it from its environment and both a membrane-bound nucleus and membrane-bound organelles. | Eukaryotes have nuclei and other membrane bound organelles. | entails | Eukaryotes<>have<>nuclei and other membrane bound organelles$$$membrane<>bound<>organelles |
A ship floats by the same laws of specific gravity and equilibrium as a tree uprooted by the wind and blown into the water. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
A ship floats by the same laws of specific gravity and equilibrium, as a tree uprooted by the wind and blown into the water. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Archimedes discovered the laws of the lever and the pulley. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Archimedes worked out why ships float. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
By the law of the Almighty, the ship floated in water. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Despite similar and well-known laws regarding drugs, 1.6 metrics tons of cocaine and 9 metric tons of marihuana were confiscated last year. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Explain that Pascal's Law, Boyle's Law and Archimedes' Principle are illustrated in the Cartesian Diver. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
For example, Mexican law enforcement and military personnel seized 22.6 metric tons of cocaine and over 1,000 metric tons of marijuana. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
He then gave Archimedes the challenge of launching the Syracusia, an enormous ship weighing 4 200 tons that had been built as a gift for Ptolemy, King of Egypt and which was so heavy that all previous launch attempts had failed. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Ignoring hydrodynamic effects, all ships or boats float because the weight of the water they displace is equal to the weight of the boat (Archimedes' principle). | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | entails | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
In Panama, law enforcement agencies seized nearly 12 metric tons of cocaine, slightly more than last year's record of 11.3 metric tons. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Just after the law took effect in October 1992, for example, delivery to Cuba of 1,500 metric tons of tallow for hospital soap was delayed by several months because the Argentine supplier refused to send its ship to a Cuban port. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Law enforcement agencies seize about 32 metric tons annually, leaving 268 metric tons available for distribution. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Of the 1996 total, law enforcement authorities seized 211.3 metric tons in Texas, 168.7 metric tons in California, 70.7 metric tons in Arizona, and 27.3 metric tons in New Mexico. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
PHYSICS Archimedes Law Archimedes Law is incorrect. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
The Brookes was a ship weighing 320 tons, and by the law of 1788 it was seen fit to carry 454 slaves on board. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
The gas arriving quickly at the surface creates a very low density fluid and the floating platforms sink (Archimede law). | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | entails | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Their action could not be explained by Archimedes' Law, since the amount of fluid they displace as they walk on water does not correspond to a force sufficient to keep them from sinking. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | entails | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
This, of course, is merely a restatement of the law of Archimedes. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
USDA is making full use of the money appropriated by Congress for Public Law 480 Title I funding to ship about 1.5 million metric tons of wheat and other commodities in fiscal year 1998. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Venezuelan law enforcement authorities seized 7.3 metric tons of cocaine in 1998. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
just as the same law explains why iron sinks in water, and how it can be made to float. | Archimedes' law explains why a ship weighing thousands of metric tons floats on water. | neutral | Archimedes' law<>explains<>$$$a ship<>weighing<>thousands of metric tons floats |
Another layer, the outer core, will be built on the inner core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
Earth's Interior Divisions Layer Name Outer Radius, km Approximate Temperature Composition Inner Core 1229 7000 deg. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
Earth's four compositional layers are the crust (brittle, solid, coolest), mantle (plastic, in partially melted form, warmer than crust), outer core (fluid, molten, hot), and inner core (solid, densest, hottest). | The outer core of the earth is molten. | entails | The outer core of the earth<>is molten<> |
FUSION CRUST When a meteorite falls through the Earth's atmosphere, a very thin layer on the outer surface of the rock melts. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
From center to surface, the chemically distinct layers of the earth are inner core, outer core, mantle, crust. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
In single-component powders, the laser melts only the outer surface of the particles (surface melting), fusing the solid non-melted cores to each other and to the previous layer. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
It was enough to vaporize some of the Earth's outer layers and melt both bodies. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
Layered earth The earth is layered into the core, the mantle, and the crust. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
Mantle The layer of rock that lies between the outer crust and the core of the earth. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
Rivers of lava Earth has a thin layer of crust, a thick mantle, a molten outer core ( which produces its magnetic field ) and a solid inner core. | The outer core of the earth is molten. | entails | The outer core of the earth<>is molten<> |
The core have more inertia relatively outer Earth's layers, it may be described mathematically through 'angle of late'. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The core is in the center of the Earth, the mantle is a hot, mobile layer around the core, and the crusty outer-shell of the Earth is called the lithosphere. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The earth is divided into three main layers -- a hard outer crust, a soft middle layer and a center core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The four layers of the earth are the crust , mantle , outer core , and the inner core . | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The heat of the kiln melts away the wax (lost-wax) leaving an empty space between the inner plaster core and the outer layer of plaster. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The higher melt point of the outer layer of wax will let it stay fairly intact while the core candle burns down naturally. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The mantle of the Earth is a 1,800-mile-thick layer that surrounds the outer core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The melt lubricated the shifts, allowed gravitational settling, formed the earth’s inner and outer core, and measurably increased earth’s spin rate. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The next layer of the Earth is referred to as the outer core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The outer core composes 30.8% of Earth's mass and believed to be an electrically conductive layer that is responsible for the Earth's magnetic field. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The outer layer is the earth's crust. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The portion one can sense at Earth's surface comes only from the uppermost layer of the outer core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
The theory that Earth's outer shell is divided into several plates that glide over the mantle, the rocky inner layer above the core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
a) The Earth's inner core is solid and the outer core is molten. | The outer core of the earth is molten. | entails | The outer core of the earth<>is molten<> |
crust of the earth The crust of the earth is the outer layer (top layer) of the earth. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
f) Define the layers of the earth, crust mantle, inner core, outer core. | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
the layer of the earth between the crust and the core s crust hard outer covering (as of earth or snow) dismember cut into small parts; | The outer core of the earth is molten. | neutral | The outer core of the earth<>is molten<> |
5.1.8 Mercury Elemental mercury is a metallic element that is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
All metals are solid except mercury, which is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
All metals except mercury are solid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Because it is liquid at room temperature, combines easily with other metals, and expands and contracts evenly with temperature changes, mercury has been used in many household, medical, and industrial products. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Because it is liquid at room temperature, combines easily with other metals, expands and contracts evenly with temperature changes and is electrically conductive, mercury has been used in many household, medical, and industrial products. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Cesium, gallium , and mercury are the only three metals that are liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Elemental mercury is a shiny, silver-white metal that is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury (Hg) is the only metal in a liquid form at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury (Hydrargyrum) is the only metal which is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury Mercury, symbol Hg, is the only metal that is a liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury Switches Mercury switches are a switch that uses the fact that mercury metal conducts electricity, as do all metals, but mercury metal is a liquid at room temperatures. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is a metal liquid at normal temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is a metallic element that is liquid at room temperature, making it possible for the liquid to move within the barometer to signify the variations in pressure levels. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is a silver-white metal that is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is the only common metal that is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is the only liquid metal at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is the only metal that exists as a liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is the only metal that is in liquid form at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury is unique in being the only metallic element that is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury, also known as quick-silver, is the only metal that's liquid at room temperatures. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Mercury, for example, is mercury which is a metal but is liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
Pb (Lead) A solid metal that can be found in the air in a dust-like form Hg (Mercury) A silvery-white poisonous metallic element, liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
This belief was based on the observable fact that mercury was the only metal liquid at room temperature. | Mercury is not a solid even at room temperature. | entails | Mercury<>is not<>a solid<>even at room temperature |
But in order to allow dexterity and slimness for actions such as piano playing, the finger has no muscle in itself; | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
By disabling the movement of the antagonist muscle, the agonist muscle is allowed to move freely. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Disturbance of the power to control the range of movement in muscle action. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Don't open fingers by muscle action. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Extrinsic and Intrinsic Muscles of the Back. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
For example, you can't use a mouse for fine art because the arm muscles do not allow as detailed movements as the fingers. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
For instance, Tai Chi relies on the refined movement of the intrinsic muscles. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Help them to the conclusion that the muscles are what allow the movement. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Intrinsic Muscles of the Larynx. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Isolate the muscles to be stretched by using precise localized movements. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
It is this type of precision delivery that makes the difference between muscle loss or muscle gain. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Know the actions of the Intrinsic muscles of the hand. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Make two fists, tighten the muscles in your fingers. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Muscles allow the smallest move, such as a twitch of the finger, or big movements, such as tumbling. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Muscles and movements. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
Muscles encase the entire hip, stablizing and allowing movement. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The cerebellum controls the maintenance of posture and coordination of muscle action to produce precise, coordinated movements. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The intrinsic muscles allow some people to form their tongues into specific shapes. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The intrinsic muscles are deep in the palm of the hand, and are involved with complex motions of the fingers. | Intrinsic muscles allow your fingers to also make precise movements for actions. | entails | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The muscles of the larynx are divided into "intrinsic" and "extrinsic" muscles. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The rotatorae muscles are the deepest of the intrinsic muscle groups and are intimately associated with the intrinsic movements of the thoracic motion segment. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The size of cortical representation of muscles is less a function of the muscle mass than of precision of the muscle movements. | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |
The slow movement into the stretched position allows the muscle to relax; | Intrinsic muscles allow your fingers to also make precise movements for actions. | neutral | Intrinsic muscles<>allow<>your fingers to also make precise movements for actions$$$your fingers<>to make<>precise movements for actions |