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The block shown in the figure below is being pulled on by a rope and pulley system. A force of P is applied to the end of the rope. The angles are given as: α (alpha) = 26 (deg), and β (beta) = 9 (deg). The block has a mass, m = 28(kg). The coefficient of kinetic friction, μk = 0.27. Find the force P, which is required to give the block a steady upward acceleration of 3.2 (m/s2). Express your answer in Newtons.

The block shown in the figure below is being pulled on by a rope and pulley system. A force of P is applied to the end of the rope. The angles are given as: α (alpha) = 26 (deg), and β (beta) = 9 (deg). The block has a mass, m = 28(kg). The coefficient of kinetic friction, μk = 0.27. Find the force P, which is required to give the block a steady upward acceleration of 3.2 (m/s2). Express your answer in Newtons.

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The block shown in the figure below is being pulled on by a rope and pulley system. A force of P is applied to the end of the rope. The angles are given as: α (alpha) = 26 (deg), and β (beta) = 9 (deg). The block has a mass, m = 28 ( k g ) . The coefficient of kinetic friction, μ k = 0.27 . Find the force P , which is required to give the block a steady upward acceleration of 3.2 ( m / s 2 ) . Express your answer in Newtons.

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