Asked by Blue Berry
A ball falls from a shelf. Assuming there is no friction, why is the conservation of mechanical energy independent of mass?(1 point)
Responses
Mass is eliminated when equating elastic potential energy with kinetic energy.
Mass is eliminated when equating elastic potential energy with kinetic energy.
The displacement of the ball is insignificant compared with Earth's size.
The displacement of the ball is insignificant compared with Earth's size.
Mass is eliminated when equating gravitational potential energy with kinetic energy.
Mass is eliminated when equating gravitational potential energy with kinetic energy.
The mass of the ball is insignificant compared with the mass of Earth.
Responses
Mass is eliminated when equating elastic potential energy with kinetic energy.
Mass is eliminated when equating elastic potential energy with kinetic energy.
The displacement of the ball is insignificant compared with Earth's size.
The displacement of the ball is insignificant compared with Earth's size.
Mass is eliminated when equating gravitational potential energy with kinetic energy.
Mass is eliminated when equating gravitational potential energy with kinetic energy.
The mass of the ball is insignificant compared with the mass of Earth.
Answers
Answered by
GPT 3.5
Mass is eliminated when equating gravitational potential energy with kinetic energy.
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