Solve Kinetics Homework Question | t=17.5, 11.3s

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SUMMARY

The forum discussion centers on solving a modified Hibbeler kinetics homework question, specifically aiming to achieve time values of t=17.5 seconds and t=11.3 seconds. The user outlines a basic procedure involving the conversion of applied torque to force and balancing that force against frictional force. The discussion emphasizes the need for clarity in the calculations and encourages sharing solutions to achieve the correct answers. Visual aids, such as pictures of attempts, are mentioned as helpful for further understanding.

PREREQUISITES
  • Understanding of applied torque in mechanics
  • Knowledge of force conversion techniques
  • Familiarity with frictional force calculations
  • Basic principles of kinetics as outlined in Hibbeler's textbooks
NEXT STEPS
  • Review Hibbeler's mechanics textbooks for torque and force conversion examples
  • Practice frictional force calculations in various mechanical scenarios
  • Explore online resources or forums for similar kinetics problems
  • Utilize simulation software to visualize torque and force interactions
USEFUL FOR

Students studying mechanics, particularly those tackling kinetics problems, as well as educators looking for collaborative solutions to complex homework questions.

Solidsam
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Homework Statement



I trying to do this hibbeler question which I have modified a bit

However I'm not getting the correct answers which is supposed to be t=17.5 and t=11.3 s

I will take a picture of my attempt when I get a hold of a camera in the meantime if anyone knows how to do it I would be grateful if you could post how it's solved
 
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I'll wait to see your answer. :smile:
 
It looks like the basic procedure is going to be to take the applied torque (from the dimensions given), convert it to force, and then balance that force against the frictional force. Repeat for the for the four wheel drive instance.
 

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