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Suppose a 1.00 kg object is dropped from the top of a 100.0 m tall building. Using your knowledge of kinematics and energy, complete the

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Suppose a 1.00 kg object is dropped from the top of a 100.0 m tall building. Using your knowledge of kinematics and energy, complete the chart below assuming that air resistance is negligible. The first line has been done for you! NOTE: Please attach a separate sheet with all your diagrams, formulas and calculations for finding the values in this chart. I will only mark this page if evidence of your work is attached. time (s) speed distance height (m) kinetic gravitational total At (m/s) fallen (m) h energy potential energy ET Ad Ex (J) energy (J) Es (J) 0 0 0 100 0 980 980 1 N What happens to the kinetic energy as the object falls? [IC] What happens to the gravitational potential energy? [IC] What conclusions can you make from this thought experiment? [IC]

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