2.Mass mi-5kg which is on aninclined plane with e = 37 is connected tom:-2kg with a massless rope through amassless and frietionless pulley. Also, massmsm-Skg is connected to m: with anothermassless rope.Draw a free body diagram for each mass.Calculate the magnitudes of tensions (T1 and T2) of the ropes.Calculate the common magnitude of the accelerations of the blocks.

Given: m1=5kg, θ=37°, m2=2kg, m3=8kg (a) The free-body diagram for each mass is shown below :

T1 2. Mass m-5kg which is on an inclined plane with @ 37 is connected to m-2kg with a massless rope through a im, massless and frictionless pulley. Also, mass m-8kg is connected to m2 with another massless rope. mi Draw a free body diagram for each mass. Calculate the magnitudes of tensions (Ti and T:) of the ropes. Calculate the common magnitude of the accelerations of the blocks.

T1 2. Mass m-5kg which is on an inclined plane with @ 37 is connected to m-2kg with a massless rope through a im, massless and frictionless pulley. Also, mass m-8kg is connected to m2 with another massless rope. mi Draw a free body diagram for each mass. Calculate the magnitudes of tensions (Ti and T:) of the ropes. Calculate the common magnitude of the accelerations of the blocks.