Now compute the torque, in N • cm.Now calculate the torque produced by each force. 1:31Now compute the torque, in N• cm.Now calculate the torque produced by eachforce.Let us now experimentally verify that a lever balances when the totalCW torque equals the total CCW torque.(1)Use the meter stick 1ever from the Activity 10-1. Remove allclamps except the one located at the center of gravity. Place thelever on the stand.Place clamps at points 20 cm and 30 cm to the right of the fulcrum.To the hanger nearest(2)Suspend a weight hanger from each clamp.the fulerum, add 0.98 N (100 g). To the other hanger addInclude0.049 N (50 g). Now compute the total load at each point.the hangers and clamps.1.L458150 H1119AForce No. 1 (20 cm from fulcrum): NForce No. 2 (30 cm from fulcrum): ).15 N= 1.15ShowNow compute the torque, in N-cm, produced by each force.your work to the instructor.TotalCiutorgle–Torque No. 1: L4 N-cmTorque No. 2: 115 N cmCompute the total load at each point to the left of the fulcrum.Include the hangers and clamps.117 x.0498 K15: 17.2217x.0018 *25=Force No. 3 (15 cm left of fulcrum): 1.2 NForce No. 4 ( left-most load): 53.2 NShow yourNov calculate the torque produced by each force.answers to the instructor.Torque No. 3: 1.2 N.cmTorque No. 4: 53.2 N.cnTotal CCW Torque:(units)Does the total CW torque agree with the total CCW torque?

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Now compute the torque, in N • cm. Now calculate the torque produced by each force.

Classical Dynamics of Particles and Systems

5th Edition

ISBN:9780534408961

Author:Stephen T. Thornton, Jerry B. Marion

Publisher:Stephen T. Thornton, Jerry B. Marion

Chapter11: Dynamics Of Rigid Bodies

Section: Chapter Questions

Problem 11.30P

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Torque

Torque is the rotational equivalent of linear force in physics and mechanics. Based on the course of study, it is also known as the moment of force, rotational force, or turning effect.

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