- #1
TalonD
- 182
- 1
I'm a layman, not a mathmetician or physicsist so go easy on me ok?
Can somone explain in reasonably easy to understand terms, why does the energy content of some given quantity of matter depend on the speed of light? or the square of the speed of light. Why does the speed of light have anything to do with the energy content of an atom? I can understand that an object accelerated to high speed has an increase of energy and mass, but I don't understand why some object that has mass at rest (relatively at rest, with respect to you and I on the surface of the earth) why such an object would have an energy content that is dependent on C^2
Can somone explain in reasonably easy to understand terms, why does the energy content of some given quantity of matter depend on the speed of light? or the square of the speed of light. Why does the speed of light have anything to do with the energy content of an atom? I can understand that an object accelerated to high speed has an increase of energy and mass, but I don't understand why some object that has mass at rest (relatively at rest, with respect to you and I on the surface of the earth) why such an object would have an energy content that is dependent on C^2