5. (25 pts) Three blocks are arranged as shown. There is friction (coefficients , and ,) at all surfaces. The rope is massless and the pulley is massless and frictionless. . Draw a free-body diagram for each of the three blocks. Identify forces with subscripts (e.g. FA . B) and connect 2 any third law pairs with a dashed line. . Write Newton's 2" law in component form for each block. . Assume block 1 does not slip relative to block 2. Find the 3 common acceleration if the whole system is accelerating and express in terms of some combination of M, M,, M,, g, 0, and OF . Given M, = 0.5 kg, M,= 2 kg, M,= 3 kg, ,= 0.8, and = 0.3. Does block 1 slip? Explain