3. The surface of the inclined plane shown is frictionless. A force, F = 30.0 N, pushes the two blocks, m, = 2.00kg, m, = 3.00kg,0 = 30.0° up the incline. a. Draw FBD for each block. 30 ks b. Derive an equation for the acceleration of the blocks up the incline in terms of the variables. Box it. Then find the numerical value. Box that. c. Find the force exerted on the 3.00-kg block by the 2.00-kg block. Show all your work.

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3. The surface of the inclined plane shown is frictionless. A force, F = 30.0 N,
pushes the two blocks, m, = 2.00kg, m, = 3.00kg,0 = 30.0° up the incline.
a. Draw FBD for each block.
30 kg
b. Derive an equation for the acceleration of the blocks up the incline in terms of
the variables. Box it. Then find the numerical value. Box that.
c. Find the force exerted on the 3.00-kg block by the 2.00-kg block. Show all your
work.
2016
Transcribed Image Text:3. The surface of the inclined plane shown is frictionless. A force, F = 30.0 N, pushes the two blocks, m, = 2.00kg, m, = 3.00kg,0 = 30.0° up the incline. a. Draw FBD for each block. 30 kg b. Derive an equation for the acceleration of the blocks up the incline in terms of the variables. Box it. Then find the numerical value. Box that. c. Find the force exerted on the 3.00-kg block by the 2.00-kg block. Show all your work. 2016
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