Please help with this problem ASAP

(20%) Problem 4: Two blocks are stacked as shown to the right and rest on a frictionless table. There is friction between the two blocks. The coefficient of static friction is us and the coefficient of kinetic friction is up. An external force is applied to the top block at an angle 0 to the horizontal. The two blocks are accelerating together at the same rate. Kamara, Assiat v - tun41 193@temple.edu M2 4 33% Part (a) Please use the interface below to create a free body diagram for block 1. Use F for the pushing force, Fs for the force of static friction between the blocks, Fk for the force of kinetic friction between the blocks, Fn,2-1 for the normal force exerted by block 2, and Fg, 1 for the force of gravity on block 1. 4 33% Part (b) Please use the interface below to create a free body diagram for block 2. Use Fn, 1-+2 for the force exerted by block 1, Fs for the force of static friction between the blocks, Fk for the force of kinetic friction between the blocks, Fn, T-+2 for the normal force exerted by the table, and Fg,2 for the force of gravity on block 2. . A 33% Part (c) What is the maximum force F that can be applied before the blocks stop accelerating at the same rate? Give your answer in terms of the variables from the problem statement in addition to g for gravitational acceleration. F = cos(a) cos() cos(0) 8 sin(a) sin() sin(0) Y d g n BACK Submit Hint Feedback I give up