2.) A frictionless ramp is tilted at an angle of 37°. A 4.2kg box is released from rest at the top of the ramp and allowed to accelerate downward. a. Draw a picture of the situation. b. Draw a free body diagram. c. Determine the component of gravity necessary and use the appropriate technique (inertial or forced motion) to determine the Normal Force on the box. d. Determine the component of gravity necessary and use the appropriate technique (inertial or forced motion) to determine the acceleration on the box after release.

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2.) A frictionless ramp is tilted at an angle of 37°. A 4.2kg box is released from
rest at the top of the ramp and allowed to accelerate downward.
a. Draw a picture of the situation.
b. Draw a free body diagram.
c. Determine the component of gravity necessary and use the appropriate
technique (inertial or forced motion) to determine the Normal Force on the
box.
d. Determine the component of gravity necessary and use the appropriate
technique (inertial or forced motion) to determine the acceleration on the
box after release.
Transcribed Image Text:2.) A frictionless ramp is tilted at an angle of 37°. A 4.2kg box is released from rest at the top of the ramp and allowed to accelerate downward. a. Draw a picture of the situation. b. Draw a free body diagram. c. Determine the component of gravity necessary and use the appropriate technique (inertial or forced motion) to determine the Normal Force on the box. d. Determine the component of gravity necessary and use the appropriate technique (inertial or forced motion) to determine the acceleration on the box after release.
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