Having trouble with this problem. Please include your assumptions, explanation, and any sketches. Any help would be appreciated! Problem 2:To reduce the power requirements on elevator motors, elevators are counterbalancedwith weights connected to the elevator by a cable that runs over a pulley at the top of theelevator shaft. Neglect any effects of friction in the pulley. A 600-kg elevator (notincluding passengers) is counterbalanced with a 450 kg weight. The elevator is designedto ascend, at constant speed, a vertical distance of 20.0 m (five floors) in 16.0 s. Themotor provides mechanical power of 8.2 kW. What is the maximum number ofpassengers that can ride in the elevator? Assume that the average passenger has a massof 65.0 kg.

according to the question, mass of elevator is 600kg mass of the counterbalance, m2 = 450kg m1 =…

Answered: Problem 2: To reduce the power…

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