QUESTION 2 (Start on a new page.) In the diagram below a drone, with a mass 5,8 kg, is used to lift a mass m = 3.2 kg by using an inextensible cable of negligible mass. The tension in the cable is T. and the drone accelerates vertically upwards at 0,9 m-s-2. The lifting force of the drone is 180 N. The frictional force f experienced by the drone and the mass m, as they move upwards, is the same. Drone Х m = 5,8 kg 10.9 m-s? T m = 3,2 kg (2) 2.1 State Newton's Second Law of Motion in words. (3) 2.2 Draw a fully-labelled, free-body diagram for the mass m. (7) 2.3 Calculate the magnitude of the frictional force experienced by the drone and m. (2) 2.4 Calculate the tension in the cable. 2.5 The drone reaches its maximum constant speed of 19,7 m-s after it has passed point X. The lifting force does not change. Calculate the power of the motors of the drone. (3) (17]
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actually i don't know.but i have to answer this because i want points to put my question.hope u understand.
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