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Instructions: Always use -9.81 m/s squared as the acceleration due to gravity. Report answers with SI units and use 4 decimal places until final answer.

Instructions: Always use -9.81 m/s squared as the acceleration due to gravity. Report answers with SI units and use 4 decimal places until final answer. Include both magnitude and a direction for vector quantities.

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3) (2 pts) A shot put athlete exerts a 250 N force on a shot in the horizontal direction. The mass of the shot is 7.26 kg. Calculate the acceleration of the shot in the horizontal direction. Horizontal acceleration: This 250 N force was exerted for 0.24 s. Calculate the change in the horizontal linear velocity of the shot during those 0.24 s. Change in velocity: If the shot had an initial horizontal velocity of 1.12 m/s at the start of the push, what was the horizontal velocity of the shot at the end of the push? Horizontal velocity: Calculate the horizontal linear impulse made on the shot by the push: Linear Impulse:

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