4. Two blocks are connected as shown in the diagram below. Assume that the ramp is fricti Draw the force diagram for the block on the ramp. FT = 150N 15(98) Fg=147 15.0 kg IS 35 F=ma 40.68=159 What is the x-component of the force of gravity acting on the block on the ramp? sin 35= Fgx. 147 141 F gx=84.32N What is the acceleration of the block? F=ma 84-32=159 147' 15 Ta= 15 15 5. Repeat problem 4, except now, assume that the frictional force acting on the block on the ramp is 25.0 N. 25+84.32 = 109.32 156-109.32 = 40.68N = F a=5.62m/s ISUN S ? a=2.712 m/s