College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Newton's Second Law
Newton’s laws of motion describe the relationship between the motion of an object and forces acting on it. Newton’s law of motion has two types as follows:
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3. In the diagram below, a rock climber has attached himself to a large rock in an effort to rappel, that is, make a controlled descent off this cliff's vertical drop. The surface that the rock is resting on is frictionless. Draw two free body diagrams; one for the climber and one for the rock. Look at your free body diagrams and decide (based on your drawings only) if the climber accelerates downwards or descends with a constant speed. No other calculations are required for this problem.
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Transcribed Image Text:3. In the diagram below, a rock climber has attached himself to a large rock in an effort to rappel, that is, make a controlled descent off this cliff's vertical drop. The surface that the rock is resting on is frictionless. Draw two free body diagrams; one for the climber and one for the rock. Look at your free body diagrams and decide (based on your drawings only) if the climber accelerates downwards or descends with a constant speed. No other calculations are required for this problem.
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Step 1: Determine the given data:
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Step 2: Draw the free body diagrams:
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Step 3: Explain if there is acceleration is not:
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How would the free body diagram change for the same situation described in the image except with there being friction?

3. In the diagram below, a rock climber has attached himself to a large rock in an effort to rappel, that is, make a controlled descent off this cliff's vertical drop. The surface that the rock is resting on is frictionless. Draw two free body diagrams; one for the climber and one for the rock. Look at your free body diagrams and decide (based on your drawings only) if the climber accelerates downwards or descends with a constant speed. No other calculations are required for this problem.
expand button
Transcribed Image Text:3. In the diagram below, a rock climber has attached himself to a large rock in an effort to rappel, that is, make a controlled descent off this cliff's vertical drop. The surface that the rock is resting on is frictionless. Draw two free body diagrams; one for the climber and one for the rock. Look at your free body diagrams and decide (based on your drawings only) if the climber accelerates downwards or descends with a constant speed. No other calculations are required for this problem.
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Follow-up Question

How would the free body diagram change for the same situation described in the image except with there being friction?

3. In the diagram below, a rock climber has attached himself to a large rock in an effort to rappel, that is, make a controlled descent off this cliff's vertical drop. The surface that the rock is resting on is frictionless. Draw two free body diagrams; one for the climber and one for the rock. Look at your free body diagrams and decide (based on your drawings only) if the climber accelerates downwards or descends with a constant speed. No other calculations are required for this problem.
expand button
Transcribed Image Text:3. In the diagram below, a rock climber has attached himself to a large rock in an effort to rappel, that is, make a controlled descent off this cliff's vertical drop. The surface that the rock is resting on is frictionless. Draw two free body diagrams; one for the climber and one for the rock. Look at your free body diagrams and decide (based on your drawings only) if the climber accelerates downwards or descends with a constant speed. No other calculations are required for this problem.
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