A hang vertically at the ends of a rope that goes over an pulley (Figure 6.10). If the masses are released, mass what is the resulting acceleration of the system? (M1) and a 5.00-kg A 3.00-kg mass (M1) and a 5.00-kg mass (M2) hang vertically at the ends of a rope that goes over an ideal mass pulley (Figure 6.10). What is the tension in the string once the system is released? (M2) 138)
A mass (M1) and a 5.00-kg mass (M2) hang vertically at the ends of a rope that goes over an pulley (Figure 6.10). If the masses are released, what is the resulting acceleration of the system? A 3.00-kg mass (M1) and a 5.00-kg mass (M2) hang vertically at the ends of a rope that goes over an ideal pulley (Figure 6.10). What is the tension in the string once the system is released? 138)
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