Parametric equations for vertical and horizontal circular motion

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SUMMARY

This discussion focuses on establishing parametric equations for both vertical and horizontal circular motion, specifically in the context of rollercoaster physics. The user seeks clarity on translating the uniform circular motion position function into these two types of circular motions. The conversation highlights the importance of using angular velocities and angles in defining these equations, particularly referencing the parametric equation of a torus, which incorporates two radii.

PREREQUISITES
  • Understanding of parametric equations in mathematics
  • Knowledge of uniform circular motion principles
  • Familiarity with angular velocity concepts
  • Basic grasp of rollercoaster physics and dynamics
NEXT STEPS
  • Research the derivation of parametric equations for vertical circular motion
  • Study the application of angular velocities in circular motion scenarios
  • Explore the mathematical representation of a torus in parametric form
  • Investigate the dynamics of rollercoaster motion through loops and turns
USEFUL FOR

Students studying physics, particularly those focusing on mechanics and circular motion, as well as educators looking to enhance their teaching of parametric equations in real-world applications.

Flin
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Hello. I apologize if I put this in the wrong section.

I got this problem with the assignment I am currently working with. I have to set the position function for motion as a parametric equation for motion in circular motion, horizontal and vertical respectively.

While I do know the position function for uniform circular motion as a parametric equation I am unsure how this translates to these two types of cicurlar motions. This is rollercoaster physics, so it can be seen as how to set up parametric equations for motion in the merry go round and a loop (circular).

Thank you in advance!
 
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I would start with the parametric equation of a torus, which involves a couple of angles and the two radii. Then give the angles angular velocities.
 

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