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In the mass-energy equivalence equation, c stands for _________. A. mass B. energy C. charge D. the speed of light
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In the mass-energy equivalence equation, c stands for _________.

A. mass
B. energy
C. charge
D. the speed of light

User JanivZ
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1 Answer

3 votes

Correct answer is D.

The famous mass-energy equivalence equation is given by Einstein. It states that mass is concentrated energy. The equivalence is expressed as, E=mc². E stands for energy equivalent to the mass m and c is the speed of light.

User Oprimus
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