If the heavier object and the heavier object are moving at the same speed, the answer is yes.
What is kinetic energy?
- Simply put, an object's kinetic energy is the amount of energy expended, or work put into it, to accelerate it from rest to a specified velocity, let's say v.
- The mass of an object is relevant in this situation because it will influence how much labor is required to accelerate it and provide it with kinetic energy.
- More specifically, a heavier object that travels from rest to the same velocity v will have a lower kinetic energy than a heavier object since the latter requires less work to do so.
- The object's kinetic energy can be represented as a function of its velocity and of its mass kinetic energy after it achieves
- velocity v.=1/2×mass×velocity2
To learn more about kinetic energy refer to:
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