Question: Consider the pulley system shown in Figure P1. A force of P = 1110 N is applied to keep the block in equilibrium. The

Consider the pulley system shown in Figure P1. A force of P

Consider the pulley system shown in Figure P1. A force of P = 1110 N is applied to keep the block in equilibrium. The magnitude of the gravitational acceleration is given by g = 9.8 m/s. H B G D Figure P1. Pulley system. a) Determine the tension in the cable connecting pulleys D and F. Provide your answer in N to 4 decimal places. [2 mark] Tension in cable connecting pulleys D and F [N] = | b) Determine the mass of the block. Provide your answer in kg to 4 decimal places. [2 marks] Mass of block [kg] = c) Determine the magnitude of the reaction force supported by Hook C. Provide your answer in N to 4 decimal places. Do not provide any units in your answer. [3 mark] Magnitude of reaction force at Hook C [N] =

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