Question

For each of the scenarios described below complete the free-body diagram of the object in motion that includes all of the external forces acting on the object. Draw an arrow on the given box in the correct direction to represent the external force acting on the object. Clearly label each force. 1/2 For each case, treat the object as a point particle and assume that the effects of air resistance (drag) are negligible. (A) An engineer standing on a building-top at A releases a box that is attached to a crane by a rope so that it swings as a pendulum. Draw the free-body diagram of the box when it is at position B. A B FBD (B) A warehouse worker pushes a box, B, up an inclined ramp. Box A rests on top of box B without slipping. Assume the worker only makes contact with box B. There is static friction present between boxes A and B and there is kinetic (sliding) friction present between box B and the ramp. Draw a free-body diagram of box A and box B. A B FBD of A FBD of B

          For each of the scenarios described below complete the free-body diagram of the object in motion that includes
all of the external forces acting on the object. Draw an arrow on the given box in the correct direction to represent
the external force acting on the object. Clearly label each force.
1/2
For each case, treat the object as a point particle and assume that the effects of air resistance (drag) are negligible.
(A) An engineer standing on a building-top at A releases a box that is attached to a crane by a rope so that it
swings as a pendulum. Draw the free-body diagram of the box when it is at position B.
A
B
FBD
(B) A warehouse worker pushes a box, B, up an inclined ramp. Box A rests on top of box B without slipping.
Assume the worker only makes contact with box B. There is static friction present between boxes A and B and
there is kinetic (sliding) friction present between box B and the ramp. Draw a free-body diagram of box A and
box B.
A
B
FBD of A
FBD of B

For each of the scenarios described below complete the free-body diagram of the object in motion that includes
all of the external forces acting on the object. Draw an arrow on the given box in the correct direction to represent
the external force acting on the object. Clearly label each force.
1/2
For each case, treat the object as a point particle and assume that the effects of air resistance (drag) are negligible.
(A) An engineer standing on a building-top at A releases a box that is attached to a crane by a rope so that it
swings as a pendulum. Draw the free-body diagram of the box when it is at position B.
A
B
FBD
(B) A warehouse worker pushes a box, B, up an inclined ramp. Box A rests on top of box B without slipping.
Assume the worker only makes contact with box B. There is static friction present between boxes A and B and
there is kinetic (sliding) friction present between box B and the ramp. Draw a free-body diagram of box A and
box B.
A
B
FBD of A
FBD of B

Added by Adriana R.

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