Uniform Circular Motion extended response

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SUMMARY

This discussion centers on the understanding of uniform circular motion, specifically focusing on centripetal acceleration and its properties. Key equations mentioned include Δv=s/t, Δa=v/t, F=ma, a=v^2/r, and F=mv^2/r. The participant demonstrates a solid grasp of basic concepts but expresses a desire to explore more advanced topics related to circular motion, particularly in the context of aeronautical engineering.

PREREQUISITES
  • Understanding of basic physics concepts, particularly motion.
  • Familiarity with centripetal acceleration and its properties.
  • Knowledge of fundamental physics equations related to motion.
  • Basic grasp of forces acting in circular motion.
NEXT STEPS
  • Explore advanced topics in circular motion, such as angular momentum and torque.
  • Learn about the applications of centripetal force in real-world scenarios.
  • Study the principles of dynamics in circular motion, including non-uniform circular motion.
  • Research resources on aeronautical engineering principles related to motion and forces.
USEFUL FOR

High school physics students, aspiring aeronautical or aerospace engineers, and educators looking to enhance their understanding of circular motion and its applications.

NickSpain96
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This began as homework that our Physics teacher set us. However, for some reason he decided no to collect it. I am curious as to whether or not this display my understanding of the topic well as communication is main area my teacher believes I need improvement in.

Homework Statement


Write a response of the appropriate format discussing:
- Existence and properties of centripetal acceleration
- Cause(s) of centripetal acceleration
- 4 examples of circular motion (must have 3 different forces)

Homework Equations


Δv=s/t, Δa=v/t, F=ma, a=v^2/r, F=mv^2/r

These are the only relevant equations I am aware of, however, I don't doubt there are much more and if possible please comment them

The Attempt at a Solution


Attached is my response.
 

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hi, welcome to physicsforums!
Your response looks pretty good to me. It explains the concept in a fairly clear way, and you gave some nice examples. It looks like you showed that you understand the physics pretty well. There is more (slightly more advanced physics) related to circular motion that you could have talked about. But I am guessing that this response was meant to be about the basics of circular motion, and I think you do explain that pretty well.
 
Thanks BruceW,
BruceW said:
There is more (slightly more advanced physics) related to circular motion that you could have talked about. But I am guessing that this response was meant to be about the basics of circular motionl.
Your right in saying it was the basics of circular motion as this is my first year of high school physics, however, I am curious about the more advanced side of circular motion (or any kind of mechanics in general, as I am aspiring to become an aeronautical or aerospace engineer). If you or anyone else who is reading this would be able to explain it to me, or even provide me with some resources that would be great :).
 

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