Two blocks of masses m, and m, are placed as shown. There is a force of friction between the blocks. The block of mass m, is on a frictionless surface. A force F, is applied to the block of mass m, at an angle 0 to the surface as shown. The blocks are moving together without slipping. a) Draw the free-body diagram for both blocks. Fo тi тp b) In the box below, write the system of equations that could be solved to find the acceleration of the blocks. c) Find the acceleration of the blocks and the forces that the block m, exerts on block mj.
Two blocks of masses m, and m, are placed as shown. There is a force of friction between the blocks. The block of mass m, is on a frictionless surface. A force F, is applied to the block of mass m, at an angle 0 to the surface as shown. The blocks are moving together without slipping. a) Draw the free-body diagram for both blocks. Fo тi тp b) In the box below, write the system of equations that could be solved to find the acceleration of the blocks. c) Find the acceleration of the blocks and the forces that the block m, exerts on block mj.
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Transcribed Image Text:Two blocks of masses m, and m, are placed as shown. There is a force of friction between the blocks.
The block of mass m, is on a frictionless surface. A force F, is applied to the block of mass m, at an
angle 0 to the surface as shown. The blocks are moving together without slipping.
a) Draw the free-body diagram for both blocks.
Fo
тi
тp
b) In the box below, write the system of equations that could be solved to find the acceleration of the
blocks.
c) Find the acceleration of the blocks and the forces that the block m, exerts on block mj.
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