Two masses, A and B, lie on a frictionless table, as shown. They are attached to either end of a light rope of length L, which passes arounda pulley of negligible mass. The pulley is attached to a rope of length L, connected to a hanging mass, C. Find the acceleration of each mass.(You can check whether or not your answer is reasonable by considering special cases for instance, the cases M4 = 0, or MA = MB = Mɛ.)MAHints: the constraints are:MBXc - Xp = L2 (constant) and (Xp- Xa) +(Xp – Xâ) = L1 (constant )P= pulleyMcDraw the Free Body Diagram and write equations of motion foreach mass. Solve for each acceleration šą, ëg, and ëc, asfunction of MA , MB , and Mc

The constraints are:Xc-Xp=L2and Xp-XA+ Xp-XA=L1differentiating above equations,Xc..-X..p=0 aC-X..p…

Answered: Two masses, A and B, lie on a…

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