How did the theory of relativity change the law of conservation of energy?

It stated that energy could be transformed into matter, therefore the amount of matter equals the amount of energy.

It stated that matter could be transformed into energy, therefore the amount of matter equals the amount of energy.

It stated that energy could be transformed into matter, therefore the amount of matter and amount of energy together are conserved.

It stated that matter could be transformed into energy, therefore the amount of matter and amount of energy together are conserved.

Question

Tyrone Lam

Physics

17 February, 05:37

How did the theory of relativity change the law of conservation of energy?

It stated that energy could be transformed into matter, therefore the amount of matter equals the amount of energy.

It stated that matter could be transformed into energy, therefore the amount of matter equals the amount of energy.

It stated that energy could be transformed into matter, therefore the amount of matter and amount of energy together are conserved.

It stated that matter could be transformed into energy, therefore the amount of matter and amount of energy together are conserved.

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Juliet Boyle · Answer 1

I believe that the first one is correct because if you have a ball that Weighs 5 pounds and you push it down a ramp it will hit the end with more force than a ball that weighs 2 pounds