The question is attached. Find:a) Draw FBD for m1.b) Draw FBD for m2 and the man as one object.c) Draw FBD for the mand) Find the acceleration of m2 using kinematics. e) Write Newton's second law for m1 and m2+mf) Find the mass m1. Use Newton's second law for m1 and m2 + mg) Find the apparent weight of the man

Looking for: FBD, Proper given, proper required, state laws being used, starting equations, rearranged equation, unit analysis, proper final answer The contraption below has the following characteristics: mi and m2 are connected through a rope and a m1 pulley. m2 = 440 kg, the man on top of my has a mass m = 60.0 kg, and all surfaces are frictionless. Once released, it takes m2 2.0 seconds to travel 4.0 meters down [10 marks] At = 2.0 s h = 4.0 m