energy that is due to a  steam on moving electrons is ________________ energy.?
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Energy that is due to steam moving electrons steam electric energy. It the most common way of generating elcticity and is used in coal, gas oil and nuclear power stations.
86147
Heat energy.\n\nThere is water (or a water mixture) cooling the core directly.  This water is radioactive.  You then have coils running in the water which have other water (protected from the radiation) coursing through them.  This water gets the heat transfered to it and turns to steam.  The steam runs turbines that turn a magnet core in the center of a copper coil that in turn produces electricity.\n\nHope this answers it for ya, feel free to email me!
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im not sure of the exact curve.  but i know you have take in account the heat of fusion (the energy it takes to convert ice to liquid water, where the temperature stays the same, 0 degrees celsius, even though energy is being added)  and the heat of vaporization (the energy it takes to convert liquid water into steam, where the temperature remains the same, 100 degrees celsius, even though energy is being added)
949037
It means that only five percent of the energy that went into creating the steam to power the steam engine is realized as power output by the steam engine. Steam engines are in fact energy conversion machines. They take in energy in the form of enthalpy in the steam entering the machine, and convert that energy into rotational or linear mechanical energy. Like all machines, there are losses along the way, such as friction, or radiation losses that cool the steam before it has a chance to do any useful work, or steam leaks that prevent all of the steam from doing useful work.
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Energy is not merely a concept.  It is a definable, measureable, real thing.  Apply energy to an object, and physical properties of the item change in a measureable fashion.  For example, apply flame to a pot of water, and the temperature of the water increases.
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Thermal energy comes from translation, rotation, and vibration of molecules within a material.  In simpler terms, it's heat energy.
545787
E = mC^2. Therefore, Energy
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Kinetic energy.\n\nGreek kntikos, from kntos, moving, from knein, to move.
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electricty is form of energy which is created by flow of positive charges(conventional assumption).but actually it is due to the flow ofelectrons inthe direction opposite to the flow of electricity.actually electrons do not travel with that speeed the electric field does the necessary.\n\nbut u have mentioned that matter particles cannot atttain the velocity comparable to that of light.\ni think its not correct\naccording to einstien's theory of relativity\nno particle in this universe is able to attain the velocity greater than that of light even same velocity for some.\nbut if the particle travels with a velocity comparable to that of light then the mass changes accordingly\nm=mo/sqrt(1-v^2/c^2)\nwhere mo is the rest mass of particle\nv is velocity of particle\nc is the velocity of light\nm is the mass of particle at velocity v
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There are four kind of energy: \n1. Gravity\n2. Electromagnetic\n3. Weak atomic Energies\n4. Strong atomic Energies
211921
Potential energy is the energy by virtue of its position.\nAny object which is far away from the center ofpossessingf nothing prevents it will move towards the center of earth. A spring wound fully  or partially. If left alone and it will rewind to its normal position.A  vessel containing gas under high pressure.If there is a vent the pressure will drop to normal.A string under tension. All thesrelievedamples of potential energy. These energies will be releived from the object when  there is proper way. \n\nKinetic energy is the energy by virtue of its motion. Any object moving in other words having velocity is possesing kinetic energy.If the velocity is reduced by some external agency the latter gets energy and viceversa.
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Energy can take the form of heat, light, vibration, momentum or sound. It can also be stored as potential energy. Anytime you interconvert among these forms of energy, you can say it is "transferred". Chemical reactions can include some or all of these, with chemical bonds representing stored potential energy.\n\nIn nuclear reactions, you can say that energy and matter are interconverted as well.
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Energy can exist in many forms (chemical, electrical, mechanical, light and heat, etc.) and can be converted from one form to another without being lost (conservation of energy).  When solar energy strikes different surfaces it is either mostly reflected (from pure white or mirrors) or absorbed (pure black) or somewhere in between.  Solar energy consists of photons that enter the material and interact with the electrons of atoms (and molecules) and knock the electrons into higher orbits storing energy.  When the electrons fall back to rest orbits they give up their excess energy as photons.  To understand heat transfer, follow the electrons and photons because the black surfaces that absorbed the photons heats up.  Heat may be stored within a material in its solid, liquid and gaseous states.  Atoms of solids vibrate more when hot and transfer some energy to adjacent cooler atoms within a crystal.  Atoms of liquids bump into each other with more force when hot and transfer some energy to cooler atoms.  Atoms within a gas travel at greater velocities when hot and transfer some energy to any other cooler atom it strikes (like pool balls).  Heat stored in vibrating solids atoms and circulating liquid atoms and flying gaseous atoms can transfer energy from hotter to cooler atoms and in fact a copper vessel filled with half water and half air will reach an equilibrium (identical) temperature as all three states warm or cool by transferring heat energy.  At equilibrium, there will still be atoms well above or below the equilibrium temperature which is only an average temperature.  Thus you can have steam in an ice cube or ice in a flow of steam depending upon the instantaneous (and highly temporary) state or two or more adjacent atoms, but all are driven back toward the equilibrium state by additional collisions or vibrations of neighbors.\n\nThat said, heat is transferred from solid to solid in contact (metal pot on electrical heating element?) by conduction as vibrations of hot neighbors affect cooler neighbors.  Heat is transferred by conduction (from the pot to liquid at the bottom?) by metal atoms vibrating against liquid atoms.  The hot liquid at the bottom of the pot is less dense (due to expansion caused by liquid atom vibrations and electrons in higher orbits) and rises to the top by convection (stirring or forced convection helps).  If you hold your hand near the pot you can feel heat similar to solar heat of radiation.  As electrons in the heated metal fall from higher energetic orbits to rest orbits, photons are transmitted to your hand raising some of your oown electrons to higher (hotter) orbits.\n\nInterestingly, if you open the drapes of your picture window on a frigid winter day, radiation energy will enter your house from outside while even more radiation is leaving from inside, and the net effect will be to cool the house, unless the sun is shining brightly through the window.  It sounds strange but if the interior of your house was at absolute zero temperature the same radiation from the "cold" outside would enter and heat it, right?
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read this\n\nhttp://en.wikipedia.org/wiki/Energy
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There is potential energy and kinetic energy.  Kinetic energy is the energy that something has from motion.  It's equation is E=1/2*m*v(squared) where m=mass and v=velocity.  For potential energy there are many forms.  Gravity E=mass*height*gravity, Electric and magnetic fields are potential energy.  And nuclear energy E=m*c(squared) which is the rest potential energy that anything with mass will have.  There is also energy from light E=h*nu, nu=frequency h=planck's constant.  There is also chemical potential energy which is the energy contained within molecules.
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Hmmmm......... could it be energy?????
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Very good question it is.\nbut\nPhoton is pure energy is it not?