Define the relatiinship between mass and energy?
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Mass is always equivalent to energy or directly proportional to it. More mass with more energy generated more momentum or vice versa plz marked it as brainliest
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HERE IS YOUR SIMPLE BUT DETAILED ANSWER :-
Simple Answer is: Energy is function of mass. The bigger a mass is the bigger amount of energy it will gain or release. Examples
first mass and energy a coconnected through E= mc2mc2. Here C is a constant.Second through work done. If you take an incline plan on which a mass M is sliding frictionless, then: w=mgdcosδw=mgdcosδ. This show that a big mass would release or gain more energy than would a small one for the same δ.
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PLEASE......
HERE IS YOUR SIMPLE BUT DETAILED ANSWER :-
Simple Answer is: Energy is function of mass. The bigger a mass is the bigger amount of energy it will gain or release. Examples
first mass and energy a coconnected through E= mc2mc2. Here C is a constant.Second through work done. If you take an incline plan on which a mass M is sliding frictionless, then: w=mgdcosδw=mgdcosδ. This show that a big mass would release or gain more energy than would a small one for the same δ.
HOPE THIS ANSWER HELPS YOU A LOT!
BE BRAINLY!!
THANK YOU !
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