Which statement accurately describes mass-energy equivalence?

O It includes the idea that mass is a measure of the energy within an object.

O It states that mass-energy can be created or destroyed.

O It can be represented using the formula E = m_c.

It states that all energy in the universe will be converted to mass.

Question

Physics

Deacon Wheeler

27 July, 10:04

Which statement accurately describes mass-energy equivalence?

O It includes the idea that mass is a measure of the energy within an object.

O It states that mass-energy can be created or destroyed.

O It can be represented using the formula E = m_c.

It states that all energy in the universe will be converted to mass.

+1

Answers (2)

Know the Answer?

Ty Hickman · Answer 1

It includes the idea that mass is a measure of the energy within an object.

Reese Bowen · Answer 2

It can be represented using the formula E = m_c2.

It states that all energy in the universe will be converted to mass.

Explanation:

Mass energy equivalence is best described by "Einstein's theory" which is E=mc2.

Law of conservation of energy states that the energy can not be created and can not be destroyed. But energy can be changed from one form to the other form.

Similarly law of conservation of mass describes that mass cannot be created and can not be destroyed.

Einstein's theory E=mc2 states the relation between energy and mass that they are inter-convertible.