What is the relationship between mass and kinetic energy?
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What is the relationship between mass and kinetic energy?
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Answer:
Mass affects the kinetic energy of an object, when the object is heavier you extract more force or energy to an object in order to move in another place. Generally, the heavier the mass is the more kinetic energy to apply of.
Answer:
The kinetic energy is the existence state of this mass. To be precise, kinetic energy is the movement state of this mass.
Mass is the carrier of this movement. The intrinsic quantity and quality of mass never change. What can be changed is the existence state of mass. Anything happens in the universe is the change in existence state of mass --- from one existence state to another and this process never stop.
Due to the existence state is not coming out of nothing --- it is converted from one form to another, so the total existence state (or say movement state) in the universe cannot change; while due to the natural mechanisms spontaneous adjustment and balancing functions, the total free movement state of mass is dynamically balanced with the position potential state of mass. So the total entropy of the universe is always balanced.
This balance is not mean to be equal in quantity and proportion but the dynamic balance in the transformation of different existence states of mass, so that the general proportion between the positive thermodynamic entropy and the negative thermodynamic entropy are always the same.