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2. An athlete suspends himself from the lower end of a hanging rope, whose upper end is attached to the ceiling. (a) Draw the free-body diagram for the forces acting on the athlete. (b) Draw the free-body diagram for the forces acting on the rope. (c) What is the weight of the athlete if the athlete has a mass of m = 65 kg? (d) If the rope has a negligible mass, what is the tension at the top of the rope?

2. An athlete suspends himself from the lower end of a hanging rope, whose upper end is attached to the ceiling. (a) Draw the free-body diagram for the forces acting on the athlete. (b) Draw the free-body diagram for the forces acting on the rope. (c) What is the weight of the athlete if the athlete has a mass of m = 65 kg? (d) If the rope has a negligible mass, what is the tension at the top of the rope?

College Physics
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter4: Dynamics: Force And Newton's Laws Of Motion
Section: Chapter Questions
Problem 34PE: Figure 4.39 shows Superhero and Trusty Sidekick hanging motionless from a rope. Superhero's mass is...
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2. An athlete suspends himself from the lower end of a hanging rope, whose upper end is attached to the ceiling. (a) Draw the free-body diagram for the forces acting on the athlete. (b) Draw the free-body diagram for the forces acting on the rope. (c) What is the weight of the athlete if the athlete has a mass of m = 65 kg? (d) If the rope has a negligible mass, what is the tension at the top of the rope? Useful equations: For Kinematics, I =ro + vot + Uz + vor 2 V or +at =v3, + 2a,(x – 10) For Dynamics, EF. =ma, EF, =ma, w =mg
Transcribed Image Text:2. An athlete suspends himself from the lower end of a hanging rope, whose upper end is attached to the ceiling. (a) Draw the free-body diagram for the forces acting on the athlete. (b) Draw the free-body diagram for the forces acting on the rope. (c) What is the weight of the athlete if the athlete has a mass of m = 65 kg? (d) If the rope has a negligible mass, what is the tension at the top of the rope? Useful equations: For Kinematics, I =ro + vot + Uz + vor 2 V or +at =v3, + 2a,(x – 10) For Dynamics, EF. =ma, EF, =ma, w =mg
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