2. Two blocks of mass ( m_{A}=2 mathrm{~kg} ) and ( m_{B}=3 mathrm{~kg} ) are connected by a light string through a frictionless and very light pulley, as shown in the figure. The horizontal floor is frictionless, while the coefficient of static and kinetic friction between ( mathrm{A} ) and ( mathrm{B} ) are ( mu_{ mathrm{S}}=0,8 )

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2. Two blocks of mass  ( m_{A}=2  mathrm{~kg}  ) and  ( m_{B}=3  mathrm{~kg}  ) are connected by a light string through a frictionless and very light pulley, as shown in the figure. The horizontal floor is frictionless, while the coefficient of static and kinetic friction between  (  mathrm{A}  ) and  (  mathrm{B}  ) are  (  mu_{ mathrm{S}}=0,8  ) and  (  mu_{ mathrm{K}}=0,6  ), respectively. A constant horizontal force of magnitude  ( F=50  mathrm{~N}  ) is applied to Block B. The acceleration due to gravity is  ( g=10  mathrm{~m} /  mathrm{s}^{2}  ). a. Draw the free-body diagrams for each block  ( A  ) and  ( B  ). b. Find the magnitude of the acceleration for each block. c. Determine the tension in the string.

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Solution for -  2. Two blocks of mass  ( m_{A}=2  mathrm{~kg}  ) and  ( m_{B}=3  mathrm{~kg}  ) are connected by a

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(Solved): 2. Two blocks of mass \( m_{A}=2 \mathrm{~kg} \) and \( m_{B}=3 \mathrm{~kg} \) are connected by a ...

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