The lifting system used to transport engine parts is shown below. The system consists of a...

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The lifting system used to transport engine parts is shown below. The system consists of a drum and cable. Determine the dimensions and units of the following quantities (part a-f): a) The final linear velocity of the load. b) The linear acceleration of the load c) The final angular velocity of the drum d) The angular acceleration of the drum e) The tension force in the cable f) The torque applied to the drum Drum Cable Load g) An incident occurred where the cable snapped after the load was lifted to the highest point (height = h). This caused the load to free fall until it hit the floor with a kinetic energy, K.E. = 0.5mv (where m is mass and v is the final velocity of the load). Ignoring the effects of friction, apply dimensional analysis to obtain a homogeneous equation for the final velocity of the load in terms of the height (h) and gravitational acceleration (g), clearly showing the value(s) of any constant(s). The lifting system used to transport engine parts is shown below. The system consists of a drum and cable. Determine the dimensions and units of the following quantities (part a-f): a) The final linear velocity of the load. b) The linear acceleration of the load c) The final angular velocity of the drum d) The angular acceleration of the drum e) The tension force in the cable f) The torque applied to the drum Drum Cable Load g) An incident occurred where the cable snapped after the load was lifted to the highest point (height = h). This caused the load to free fall until it hit the floor with a kinetic energy, K.E. = 0.5mv (where m is mass and v is the final velocity of the load). Ignoring the effects of friction, apply dimensional analysis to obtain a homogeneous equation for the final velocity of the load in terms of the height (h) and gravitational acceleration (g), clearly showing the value(s) of any constant(s).