A skydiver falls at terminal velocity. Which free body diagram correctly represents the forces acting on the skydiver?

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Question

A skydiver falls at terminal velocity. Which free body diagram correctly represents the forces acting on the skydiver?

Accepted Answer

C: Equal length downward weight arrow and upward air resistance arrow — At terminal velocity the skydiver moves at constant speed, so the resultant force is zero. This means weight (downward) and air resistance (upward) are equal in magnitude, represented by arrows of equal length in opposite directions.

Answer

D: A large upward air resistance arrow and a smaller downward weight arrow

Answer

B: An upward weight arrow and a downward air resistance arrow of equal length

Answer

A: A large downward weight arrow and a smaller upward air resistance arrow

Answer

C: Equal length downward weight arrow and upward air resistance arrow

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