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• Energy Conversion As the ball rolls down, this potential energy is converted into Kinetic Energy (energy of motion), making the ball go faster.

• Conservation of Momentum

  When one ball on the end is lifted and released, it hits the next ball and stops.

• Race Track

  The ball on the steeper track wins the race by completing this work in less time, thereby demonstrating a higher power output and clarifying that power is the rate of doing work.

• Gravitational Potential Energy

  The ball starts with stored energy due to its height.

• Elastic potential energy

  The kinetic energy from the ball is transferred to the platform, converting into elastic potential energy. The subsequent release of this stored energy creates a rebound effect, propelling the ball away from the intended Terminal.

• Newton's Third Law

  The wall exerts an equal and opposite force on the ball, changing its direction.