Asked by v
Which statement accurately describes mass-energy equivalence?
It includes the idea that mass is a measure of the energy within an object.
It states that mass-energy can be created or destroyed.
It can be represented using the formula E = m2c.
It states that all energy in the universe will be converted to mass.
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"It includes the idea that mass is a measure of the energy within an object."
Reason: mass–energy equivalence (E = mc^2) says mass is a form of energy — an object's mass corresponds to its energy content (rest energy and contributions from binding energy, etc.). The other choices are false: mass–energy is conserved (not arbitrarily created/destroyed), the correct formula is E = mc^2, and the principle does not claim all energy will become mass.
Reason: mass–energy equivalence (E = mc^2) says mass is a form of energy — an object's mass corresponds to its energy content (rest energy and contributions from binding energy, etc.). The other choices are false: mass–energy is conserved (not arbitrarily created/destroyed), the correct formula is E = mc^2, and the principle does not claim all energy will become mass.
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