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As the ball is released, it continues its motion until it encounters the ground which causes it to change direction.

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The Riddler is an example of harmonic motion as the restoring force acts on the "bob" to bring it back to equilibrium. That is why it starts down and ends down.

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The Superman is a ride that shows an example of free-fall but is not truly at free fall due to safety regulations. When the ride comes down, the force of gravity pulls the ride down making it feel as the ride is in free-fall.

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At this instance, the ride is passing its equilibrium point and therefore the "bob" is at its maximum velocity. With its maximum velocity, the ride has high kinetic energy.

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The Riddler is a pendulum where it swings back and forth. In this instance on the ride, the "bob" or the people have reached their max height of that certain period and have therefore reached their maximum potential energy.

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The force originally applied on the water has little effect once time progresses, and the water is in a parabolic shape, therefore even if it maintained the same velocity the momentum would still be different.

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Since both acceleration and velocity are vectors, the slowing down of the roller coaster indicates an acceleration vector in a direction different than the velocity vector.

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On the Texas Skyscraper, the flying chairs are rotating around the pole in a circle. As the chairs rotate around the pole at a constant velocity, its centripetal acceleration can be calculated with the mass and its radius from the center.

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The increase in velocity is evidence of the positive acceleration, because acceleration is a change in velocity. We can deduce this because both are vectors.

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The lady exerts a force on the stroller to move it the distance she traveled.