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(3.0.25) In the diagram below, a 2.5 kg book is pushed along a ceiling at constant velocity by a force P→. The coefficient of kinetic friction between the ceiling and the book is 0.80. (a) Set up a free body diagram which shows all forces acting on the book. Following all steps learned in class, write down expressions for each component of each force. (b) Find the magnitude of P→.

(3.0.25) In the diagram below, a 2.5 kg book is pushed along a ceiling at constant velocity by a force P→. The coefficient of kinetic friction between the ceiling and the book is 0.80. (a) Set up a free body diagram which shows all forces acting on the book. Following all steps learned in class, write down expressions for each component of each force. (b) Find the magnitude of P→.

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(3.0.25) In the diagram below, a 2.5 kg book is pushed along a ceiling at constant velocity by a force P → . The coefficient of kinetic friction between the ceiling and the book is 0.80 . (a) Set up a free body diagram which shows all forces acting on the book. Following all steps learned in class, write down expressions for each component of each force. (b) Find the magnitude of P → .

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