Problem 5: Pushing Friction and Tension Together: T. A H K B Tapp frictionless Block A with a given mass my is positioned on top of Block B with a given mass mg. The coefficient of kinetic (sliding) friction between Block A and Block B is given as /. Block B sits on a frictionless surface. Block A is tied to the wall with an ideal string which prevents Block A from moving to the right. A given constant horizontal tension force Tapp is applied to Block B as shown, with the result that Block B slides to the right. Part (a) Carefully draw a neat "Free Body Diagram" (FBD) for each of the two blocks. Be sure to indicate and properly label all forces that are applied to each block. Part (b) If you have drawn your two FBDs correctly, there will be two "Third Law Forces Pairs." Which four forces correspond to these two pairs? Explain how you know this. Part (c) Determine 71, the tension in the rope that is attached to Block A in terms of the given parameters. Explain your work. Part (d) Determine a,, the acceleration of Block B in terms of the given parameters. Explain your work