what energy transformation taking place in the TV?
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I can think of a couple:\n\nradio waves to electrical impulse\nelectrical impulse to light
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absorbed, reflected and used (IE: converted to energy)
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The key here is the wording.  Transformation means change, and the sun's energy always arrives as radiation.  The organization of atoms is also constant - numbers of neutrons and electrons vary, but protons for each atom do not, and each particle stays basically where it should.  Movement indicates a potential for change -- electrons "jump" to your finger from a doorknob or from charged clouds to the ground, as lightning. C
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Don't know, can't get it to download.\n\nHydrogen, wind, geothermal, differential barometric pressure, intermittent laser-induced fusion, biomass and seawater temperature differences are also possibilities for an energy revolution.
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STEAM TURBINE IS THE BEST EXAMPLE\n in this process steam rotates the turbine convert heat anergy to mechanical energy, and then mechanical turbine rotates the dynamo which creates electricity.
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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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The best example I can give of this is the PC that you used to type this question.  \n\nElectricity powers the whole thing i.e. 110 volts coming out of the wall right.  Well this 110 volts is useless to your PC.  For one thing it is alternating current (AC) and it is much to powerful, it would fry the inside of you PC.  So the first place the power goes is in to the PC’s power supply.  Here the 110 volt AC is converted into direct current (DC) and lowered to different voltages.  However when you scrub off this extra power heat is created due to resistance and that is why the power supply has a fan.  \n\nAlmost all light creates heat.  Light can only be created without heat from a chemical reaction. Reactions that produce light without heat are called chemiluminescent reactions. Perhaps the most familiar chemiluminescent reactions are those that occur in living organisms. Fireflies produce light without heat by a chemiluminescent reaction. Chemiluminescent reactions that occur in living organisms are called bioluminescent reactions. \n\nSound also creates heat because it takes power (usually given in watts) to switch the polarity (North and South poles) of the electromagnet and to run the voice coil of a speaker which have electrical resistance given in ohms.
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Transformers are a cartoon show and movie!!! they arn't real, same deal with Mechs ; ;\n\n\naww i can't answer the same thing twice... but yeah\n\na 'real transformer' tho? as opposed to those virtual/imignary ones?\n\nbut i'm goign to assume electrical transformers your talking about...\n\nfirst, resistance in the wires, converts some of the energy to heat, and the magnetic feild aroudn the wires, which is what is used to transform the voltage/amperage radiate elsewhere some in the design.\n\nTesla made some kick-ass transformers
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Of course it is.  It is done all the time at Iofe Institute in St. Petersburg Russia, where they have continued research into this in the field of lasers and semi conductors (as a parallel pursuit).  Also with burst technology.  Also, the Japanese physicist Hidetsugu Yagi did a lot of work in the field. \n\nHowever, I am not sure whether you are talking about energy that can then be used by a consumer or high energy antanae, which is already a reality.
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It is used to generate electricity.
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If you could find a transition between an inverted state and a ground state of 1 joule, you could probably make a laser of that frequency. At this point, hard gamma rays are the limit we have done.
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Energy can go from place A to place B (think about sound and light)\nEnergy can go from object A to object B (think about a collision)\n\nTh
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I am going to take a guess and say the moon.\n\nNo, I am kidding, it's the Sun\n\nSolar energy can be converted in to electricity and heat.
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Anything the energy can be converted to use for.\n\nUsually it is light and heat though.
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electricity or power obtained from moving water\nmainly from dams and tide power plants
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Yes, if it's converted to energy.  E=mc^2
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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!