Find the net torque generated if F1 = 30 N, located at 4 meters from the top of the bar and F2 = 50 N, located at 5 meters from the axis of rotation. Axis of rotation is at the middle of the bar. *Please take a look from the pictures attached* important look for the #5 in the pictures attached ty A. -15.59 N.m B. -215.59 N.m C. -181.17 N.m D. -130 N.m
Find the net torque generated if F1 = 30 N, located at 4 meters from the top of the bar and F2 = 50 N, located at 5 meters from the axis of rotation. Axis of rotation is at the middle of the bar. *Please take a look from the pictures attached* important look for the #5 in the pictures attached ty A. -15.59 N.m B. -215.59 N.m C. -181.17 N.m D. -130 N.m
An Introduction to Physical Science
14th Edition
ISBN:9781305079137
Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Publisher:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Chapter1: Measurement
Section: Chapter Questions
Problem 11E
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SUBJECT : GENERAL CHEMISTRY 1
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5. Find the net torque generated if F1 = 30 N, located at 4 meters from the top of the bar and F2 = 50 N, located at 5 meters from the axis of rotation. Axis of rotation is at the middle of the bar.
*Please take a look from the pictures attached* important look for the #5 in the pictures attached ty
A. -15.59 N.m
B. -215.59 N.m
C. -181.17 N.m
D. -130 N.m
6. What is the mass of an object traveling on a circular path with a radius of 2 meters and with a rate of 5 radians per second, given that its angular momentum is 140 kgm^2/s?
A. 20 kg
B. 7 kg
C. 14 kg
D. 10 kg
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