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The wallet shows free fall because the only force acting upon it as it falls is the force of gravity.

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The ID shows simple harmonic motion as it oscillates. The displacement from the equilibrium is directly proportional in both directions

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The Teacup ride has centripetal acceleration because there is a change in the tangential velocity as the kids spin the wheel.

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The highest kinetic energy is at the bottom of the drop. At this moment the cart gains a massive amount of kinetic energy and loses its potential energy.

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The ride shows high potential energy when it is at the highest point in the video and is about to change direction. At this point the ride (for a slight moment) the cart is at rest meaning no kinetic energy therefore it’s at the highest potential energy.

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J=Ft, olivia and caroline are exerting a force on each other over a span of a certain amount of time

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The object is in “free fall” downward, meaning gravity does positive acceleration on the people on the ride at 9.8 m/s^2

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The Mr. Freeze goes backward up until it reaches its highest point at which the rollercoaster begins to slow down and reach a stop. At this point, the rollercoaster then changes direction and speed in the forward direction

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An object in motion will stay in motion unless an unbalanced force acts upon it. In this case, the seatbelt acts as an unbalanced force keeping me (the object) from going tangent to the motion of the roller coaster

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The people in the teacups are doing work because they are turning the wheel in the center to make the cup spin.