resistors - heat energy
motors - mechanical energy
light bulbs - light energy
i can't really go into how each of these works but electrical energy can easily be transformed into other forms...thats why electricity is so useful. thinkl of all the stuff that it powers.
2007-02-01 16:39:32
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answer #1
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answered by Yobbomate 2
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It depends on what operation do you want to perform. Let me take an example of Motor. When we give electric supply to the motor, we basically pass on electrical energy to it. Now since it is attached with other components like - connecting rod, shaft, gear etc.. It transfers the energy to move these parts i.e. mechanical energy. This mechanical energy in turn rotates the gear and the wheel which generates the kinetic energy.
This how the electric energy is transferred and transformed into other energies.
2007-02-01 16:44:45
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answer #2
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answered by dexter 2
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The photon is the force carrier for the electron. When an electron changes energy state a photon is created according to the law of conservation of energy.
Various devices are created to do this. The simple version is the incandescent light bulb. Here the wire gets hot by the passage of electrons descending from a high potential to a low potential.
With more art, electrons can drop by precise levels an issue different frequencies of light at different colors. LEDs are examples of this.
Many people only associate light with photons, but photons describe a wide range of energy, radio waves, microwaves, heat, light, X-rays and gamma rays too.
2007-02-01 16:45:17
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answer #3
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answered by Ron H 6
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do you merely want examples, or the physical explanation of how? the explanations can become quite involved, so pick just one.
2007-02-01 16:39:08
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answer #4
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answered by Anonymous
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it all boils down to "magnetism"
2007-02-01 16:40:00
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answer #5
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answered by Gummy 4
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