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definition of the joule |
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| Nov1-08, 03:52 PM | #1 |
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definition of the joule
This is really basic, but I can't seem to find that one piece of reasoning that I must be missing...
I don't understand the definition of the joule; 'the energy given to a body if a force of 1N is applied for the distance of one meter' If I apply 1N to an object of mass 1000kg until it has moved one meter, will I not have given it more energy than if I do the same to an object of 1 kg? edit: oops, didn't mean to post it in learing materials... sorry. |
| Nov1-08, 07:56 PM | #2 |
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Hi mudkip9001!
![]() v2 = 2as, and so W = Fs = mas = mv2/2 … they have the same energy because the heavier mass is moving much slower
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