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The function can be calculated in three dimensions by dividing the space into a regular lattice grid.
The volume of a regularly shaped solid can be calculated from its dimensions.
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The wheels can be any regular polygon except a triangle, but the catenary must have parameters corresponding to the shape and dimensions of the wheels.
The volume of a regularly shaped solid can be calculated from its dimensions.
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This is an exploration of the third dimension, that of volumes and shapes.
The volume of a regularly shaped solid can be calculated from its dimensions.
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Within this empty pyramidal shape, angles, dimensions and volume can be derived.
The volume of a regularly shaped solid can be calculated from its dimensions.
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the process of determining the volume and dimensions of a solid.
The volume of a regularly shaped solid can be calculated from its dimensions.
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Biogeochemical cycling of elements in the context of air, water, food and land usage are discussed.
The water cycle involves movement of water between air and land.
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By land, water and air.
The water cycle involves movement of water between air and land.
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Caused by air pollution, acid rain's spread and damage involves weather, chemistry, soil, and the life cycles of plants and animals on the land and from acid rain in the water.
The water cycle involves movement of water between air and land.
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Land, Air and Water Resources;
The water cycle involves movement of water between air and land.
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Land, Air, Water Stewards;
The water cycle involves movement of water between air and land.
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Land, air and water pollution.
The water cycle involves movement of water between air and land.
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Land, water and air.
The water cycle involves movement of water between air and land.
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Land,Sky, Water, and Air.
The water cycle involves movement of water between air and land.
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Nitrogen is an essential nutrient for life and is naturally cycled through the land, water, and air.
The water cycle involves movement of water between air and land.
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Protect land, water and air .
The water cycle involves movement of water between air and land.
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The biogeochemical cycle traces the movement of an element, like carbon, in the air, water, on and in the land, and as used by living organisms.
The water cycle involves movement of water between air and land.
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The movement of air from water to land is called sea breeze.
The water cycle involves movement of water between air and land.
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The water cycle describes how water goes from the air to the land and back to the air.
The water cycle involves movement of water between air and land.
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The water cycle is the continuous movement of water in the atmosphere, over the land, and in the ocean.
The water cycle involves movement of water between air and land.
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The water cycle, the continuous movement of water from ocean to air and land then back to the ocean in a cyclic pattern, is a central concept in meteorology.
The water cycle involves movement of water between air and land.
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They are found in the air, on land, and in water.
The water cycle involves movement of water between air and land.
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They live on land, in the air, and in water.
The water cycle involves movement of water between air and land.
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Transportation is by land, by water, and by air.
The water cycle involves movement of water between air and land.
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Where Land, Air, and Water Meet Change and Cycles.
The water cycle involves movement of water between air and land.
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air, land and water quality;
The water cycle involves movement of water between air and land.
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air, land and water vehicles;
The water cycle involves movement of water between air and land.
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and air, water, and land pollution.
The water cycle involves movement of water between air and land.
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land, air and water degradation;
The water cycle involves movement of water between air and land.
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land, water, and air.
The water cycle involves movement of water between air and land.
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land-water-air transportation;
The water cycle involves movement of water between air and land.
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nutrient cycling on land and in water;
The water cycle involves movement of water between air and land.
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pollution of land, air, and water;
The water cycle involves movement of water between air and land.
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water, air, and land interactions;
The water cycle involves movement of water between air and land.
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water, air, and land management;
The water cycle involves movement of water between air and land.
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water, land, and air pollution;
The water cycle involves movement of water between air and land.
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A hospital and the chamber of commerce are heated by hot spring water.
The water in some springs are hot because they're heated by hot magma.
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Electric heat and hot water.
The water in some springs are hot because they're heated by hot magma.
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Ground waters are heated by rising magmas and hot rocks, and the lighter hot water and steam rises to the surface by the force gravity.
The water in some springs are hot because they're heated by hot magma.
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HOT-WATER HEATING BOILER -
The water in some springs are hot because they're heated by hot magma.
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Heat & Hot Water included.
The water in some springs are hot because they're heated by hot magma.
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Heat and hot water meters;
The water in some springs are hot because they're heated by hot magma.
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Heating and hot water.
The water in some springs are hot because they're heated by hot magma.
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Heating, Cooking, Hot Water.
The water in some springs are hot because they're heated by hot magma.
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Here we witnessed hot magma heating the water of Hot Springs Creek and steam rising from crevices in the area surrounding the creek.
The water in some springs are hot because they're heated by hot magma.
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Hot Water Heat.
The water in some springs are hot because they're heated by hot magma.
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Hot water baseboard heat.
The water in some springs are hot because they're heated by hot magma.
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Includes heat & hot water.
The water in some springs are hot because they're heated by hot magma.
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Some of the heat is used for hot water;
The water in some springs are hot because they're heated by hot magma.
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The pool is heated by the crystal clear hot water from Waunita Hot Springs.
The water in some springs are hot because they're heated by hot magma.
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The water from some of these hot springs is safe to drink.
The water in some springs are hot because they're heated by hot magma.
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The way a hot spring works is water and snow seep into the ground and are heated by magma and then the water rises through channels in the rock.
The water in some springs are hot because they're heated by hot magma.
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There are also algae that thrive in the heated water of hot springs.
The water in some springs are hot because they're heated by hot magma.
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This hot spring was capped in the 1800's to provide hot water to heat a house.
The water in some springs are hot because they're heated by hot magma.
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This rock, called magma, furnishes the heat for the park's geysers and hot springs.
The water in some springs are hot because they're heated by hot magma.
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are heated in a hot water bath and the
The water in some springs are hot because they're heated by hot magma.
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forced hot water heat.
The water in some springs are hot because they're heated by hot magma.
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hot felsic (sialic) magma with little water vapor cool mafic magma hot intermediate magma hot mafic magma
The water in some springs are hot because they're heated by hot magma.
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hot water heat throughout;
The water in some springs are hot because they're heated by hot magma.
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17-22A, p. 542) and quadriceps (knee jerk) reflex (p. 656).
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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A government cannot function by making knee jerk reflex pronouncements.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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A reflex knee jerk is not conduct.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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All I'm saying is that there is a kind of knee-jerk reflex at the moment to condemn American intervention at the same time as asking for it.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Heinrich Erb recommended testing the patellar-tendon reflex (the knee-jerk reflex we all know and love) by striking the tendon with either a finger or a percussion hammer.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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I have lost the knee jerk reflex in the left leg.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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In the patellar (or knee jerk) reflex, the calf extends on the thigh;
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Normal reflexes, such as the knee jerk reflex, are diminished or may even disappear.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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On examination, the knee and ankle jerk reflexes were hypoactive.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Recovery actually works with that same knee jerk reflex mentality.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Respiratory failure may occur if given after knee jerk reflex disappears.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Such a "knee-jerk" reflex to conflict is a kind of single feedback loop between actions and reactions.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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The knee-jerk reflex was first described in 1875.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Your knee jerk reflex is to stick up for the baby.
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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knee-jerk reflex, Achilles tendon reflex).
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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s an idea I reject by knee-jerk reflex, but let´
The “knee-jerk" motion that people involuntarily perform after being struck in the knee in a certain way is an example of a reflex
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Depending on the area you fish, there can be as many as nine different species of fish.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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Forty-nine vertebrate species are endemic to China and three are endemic to the Wuyi Mountains.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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Over the years Bugge has placed first in nine different classes.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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Some sources say that as many as nine different species are visiting our planet.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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The coprophagous guild can have around nine different species of beetles, mites, and moths, with many members of each species.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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There are fifty-nine different species of eagles.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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There are nine different adult Sabbath School classes which provide different styles of discussion, many for different adult age groups.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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Vertebrate Classification There are about 50,000 vertebrate species, and they are placed in nine different classes.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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it includes nine different species.
There are about 50,000 vertebrate species, and they are placed in nine different classes.
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A steam power plant consists of a boiler which is used to generate the steam from water, a prime mover like a steam turbine to convert the enthalpy of the steam into rotary motion of the turbine which is linked to the alternator to produce electricity.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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In most electric power plants, water is heated and converted into steam, which drives a turbine-generator to produce electricity.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The energy that is it released is used to heat the water, the heated water is then turned into steam, and the steam is used to turn the turbine, generating electrical energy that we can use in our homes.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The exhaust heat from the combustion turbine is used to provide steam to steam-turbine driven RO units (ROS), and part of the steam could be used to generate additional electrical power in a steam-turbine generator, if required.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The exhaust heat is then turned into steam and used to power a steam turbine generator to more efficiently manufacture additional electricity.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The heat from the chain reaction inside the reactor is used in a power plant to turn water into steam, which drives a turbine-generator to produce electricity.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The heat gets produced, then is used to boil water and produce steam, and that steam then produces electricity through turbines, same as any other electrical generating plant.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The heated up water upon de-pressurization at the surface turns to steam which is then used to power steam turbines for electricity generation.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The steam produced can then be used to heat the pulp mill and any excess used in district heating schemes or to drive a steam turbine to generate electrical power.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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This creates steam, since the water is heated, which is then used to drive the steam turbine, which powers the generator and creates electricity.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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Again, the heat is used to produce steam to turn turbines that drive electrical generators.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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As is typical in all conventional thermal power stations the heat is used to generate steam which drives a steam turbine connected to a electric generator which produces electricity.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The heat from the coal is used to boil water to make steam, which turns turbines , which spin electrical generators.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
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The steam is used to turn a turbine, which is connected to, and turns an electrical generator that produces electrical power.
This heat is used to convert water into steam, which is then used to turn a turbine, thus generating electrical power.
entails
Electromagnetic energy (radiation) is one of many forms of energy (such as chemical, electrical, kinetic, magnetic, nuclear, or thermal).
Through a process called electromagnetic induction, generators change the kinetic energy of a spinning turbine to electrical energy.
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The kinetic energy in the expanding steam spins turbines, which then drive generators to produce electricity.
Through a process called electromagnetic induction, generators change the kinetic energy of a spinning turbine to electrical energy.
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The process of transferring kinetic energy into electric energy by means of a magnetic field is known as induction.
Through a process called electromagnetic induction, generators change the kinetic energy of a spinning turbine to electrical energy.
entails