College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Concept explainers

Rotational Equilibrium And Rotational Dynamics
In physics, the state of balance between the forces and the dynamics of motion is called the equilibrium state. The balance between various forces acting on a system in a rotational motion is called rotational equilibrium or rotational dynamics.
Equilibrium of Forces
The tension created on one body during push or pull is known as force.
Question
Question 22
Juad. H Per:2 Fe=centriptel T= Tension Force vz veight/ Force of In each case, a rock is acted on by one or more forces. All drawings are in a vertical plane, and friction is negligible J except where noted. Draw accurate free-body djagrams showing all forces acting on the rock. Please use a ruler, Free-Body Diagrams N= normal E = Frickicn and do it in pencdl so you can correct mlstakes. The first one Is done as an example. 17. Tied to a rope and pulled straight downward. Accelerating downward at 19.6 m/s. No frictlon. 18. Tied to a rope and pulled so that the rock moves horizontally at constant velocity. Note: There must be air friction in this case. constant v 20. Swinging on a rope, at lowest position. No friction. 19. Tled to a rope and pulled so that the rock accelerates horizontally at 2g. No air friction 1 T:Fc 21. Tled to a post and moving in a cirde at mnstant speed on a frictionless horizontal surface. Coming straight out of the paper. 22. Tied to point A by a string. Moving in a horizontal circle at constant speed. Not resling on a solid surface. No friction. Coming straight out of the paper. 24. Tied to point B. Moving downward in a vertical cirde with string horizontal. No friction. 23. Swinging on a rope. No friction.
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Transcribed Image Text:Juad. H Per:2 Fe=centriptel T= Tension Force vz veight/ Force of In each case, a rock is acted on by one or more forces. All drawings are in a vertical plane, and friction is negligible J except where noted. Draw accurate free-body djagrams showing all forces acting on the rock. Please use a ruler, Free-Body Diagrams N= normal E = Frickicn and do it in pencdl so you can correct mlstakes. The first one Is done as an example. 17. Tied to a rope and pulled straight downward. Accelerating downward at 19.6 m/s. No frictlon. 18. Tied to a rope and pulled so that the rock moves horizontally at constant velocity. Note: There must be air friction in this case. constant v 20. Swinging on a rope, at lowest position. No friction. 19. Tled to a rope and pulled so that the rock accelerates horizontally at 2g. No air friction 1 T:Fc 21. Tled to a post and moving in a cirde at mnstant speed on a frictionless horizontal surface. Coming straight out of the paper. 22. Tied to point A by a string. Moving in a horizontal circle at constant speed. Not resling on a solid surface. No friction. Coming straight out of the paper. 24. Tied to point B. Moving downward in a vertical cirde with string horizontal. No friction. 23. Swinging on a rope. No friction.
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