In procedure C, how do the applied force affects the net torque and kinetic energy of the rotating object? Explain your answer. C Torque vs ForceMass DistributionMass, kgRadius, mTrialsForce, NTorque, N-mAngular Acceleration, rad/s?Translational acceleration, m/s?Moment of inertia, kg-m?Angular velocity, rad/sRotational Kinetic Energy, JRotational Power, WCylindrical Shell7kg2mTrial 1Trial 2Trial 32530 N4550 N.m1.79 rad/s?3.57 m/s?28 kg-m?5.37 rad/s60 N.m2.14 rad/s?4.29 m/s?28 kg-m²6.42 rad/s577.0296 J90 N.m3.21 rad/s?6.43 m/s?28 kg-m29.36 rad/s1226.5344 J403.7166 J160 w192 w421 wCalculations

Given: For a cylindrical shell, a table named as procedure C is described for calculation of…

Answered: In procedure C, how do the applied…

In procedure C, how do the applied force affects the net torque and kinetic energy of the rotating object? Explain your answer.

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter10: Rotational Motion And Angular Momentum

Section: Chapter Questions

Problem 2PE: Integrated Concepts An ultracentrifuge accelerates from rest to 100,000 rpm in 2.00 min. (a) What is...

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Question

In procedure C, how do the applied force affects the net torque and kinetic energy of the rotating object? Explain your answer.

C Torque vs Force
Mass Distribution
Mass, kg
Radius, m
Trials
Force, N
Torque, N-m
Angular Acceleration, rad/s?
Translational acceleration, m/s?
Moment of inertia, kg-m?
Angular velocity, rad/s
Rotational Kinetic Energy, J
Rotational Power, W
Cylindrical Shell
7kg
2m
Trial 1
Trial 2
Trial 3
25
30 N
45
50 N.m
1.79 rad/s?
3.57 m/s?
28 kg-m?
5.37 rad/s
60 N.m
2.14 rad/s?
4.29 m/s?
28 kg-m²
6.42 rad/s
577.0296 J
90 N.m
3.21 rad/s?
6.43 m/s?
28 kg-m2
9.36 rad/s
1226.5344 J
403.7166 J
160 w
192 w
421 w
Calculations

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