Could you please help me solve the question below. Thank you very much. A hoop of radius 83mm and mass 93g is rotated via a capacitor driven power source with P(t)=2.23e-1.3tW. (since it is a hoop, it is a special case, and r=rG) 1. Determine the work done between t=0 and t=8.3s. [J] 2. Assuming the hoop is accelerated from rest, determine the rotational velocity after t=8.3s. [rad.s-1] 3. Determine the rotational speed of the hoop after t=8.3s if the power source acts to roll the particle from rest on a horizontal surface. [rad.s-1]
Could you please help me solve the question below. Thank you very much. A hoop of radius 83mm and mass 93g is rotated via a capacitor driven power source with P(t)=2.23e-1.3tW. (since it is a hoop, it is a special case, and r=rG) 1. Determine the work done between t=0 and t=8.3s. [J] 2. Assuming the hoop is accelerated from rest, determine the rotational velocity after t=8.3s. [rad.s-1] 3. Determine the rotational speed of the hoop after t=8.3s if the power source acts to roll the particle from rest on a horizontal surface. [rad.s-1]
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter3: Transient Heat Conduction
Section: Chapter Questions
Problem 3.4P
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Could you please help me solve the question below. Thank you very much.
A hoop of radius 83mm and mass 93g is rotated via a capacitor driven power source with P(t)=2.23e-1.3tW. (since it is a hoop, it is a special case, and r=rG)
1. Determine the work done between t=0 and t=8.3s. [J]
2. Assuming the hoop is accelerated from rest, determine the rotational velocity after t=8.3s. [rad.s-1]3. Determine the rotational speed of the hoop after t=8.3s if the power source acts to roll the particle from rest on a horizontal surface. [rad.s-1]
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