4 A 4 kg block rests on an incline with uk =0.3 and an angle of 30°. The 4 kg block istethered to a suspended 2 kg block via apulley with a mass of 1 kg and a radius of0.1 m. Initially the system is at rest. Anelectric motor is then connected to thepulley such that the blocks begin touniformly accelerate at 2 m/s^2, with the 4kg block moving up the incline and the 2 kgblock descending. This is shownschematically below:Pulley:M = 1 kgR = 0.1 mHk = 0.3T₂2 kg30°(a) Draw free-body diagrams for the blocksand the pulley.(b) Determine 71 and 72 as labeled in theschematic via use of Newton's Laws ofMotion.(c) Determine the torque supplied by theelectric motor, Tmot, to cause theaforementioned acceleration via use ofNewton's second law for rotational motion.Assume that the pulley has a mass momentof inertia of that of a solid cylinder.T₁4 kg

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A 4 kg block rests on an incline with uk = 0.3 and an angle of 30°. The 4 kg block is tethered to a suspended 2 kg block via a pulley with a mass of 1 kg and a radius of 0.1 m. Initially the system is at rest. An electric motor is then connected to the pulley such that the blocks begin to uniformly accelerate at 2 m/s^2, with the 4 kg block moving up the incline and the 2 kg block descending. This is shown schematically below: Pulley: M = 1 kg R = 0.1 m T₁ T₂