Eddy currents and Torsion Pedulum

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SUMMARY

The discussion focuses on the relationship between eddy currents and torsion pendulums, specifically in the context of a damped oscillations lab report. Key concepts include the creation and direction of eddy currents, their advantages and disadvantages, and the implications of using materials like plastic instead of copper for the wheel in a torsion pendulum. Lenz's law plays a crucial role in understanding the energy dynamics involved in eddy currents and their damping effects on oscillatory motion.

PREREQUISITES
  • Understanding of Lenz's Law
  • Familiarity with the principles of damped oscillations
  • Knowledge of material properties (copper vs. plastic)
  • Basic concepts of electromagnetic induction
NEXT STEPS
  • Research the effects of eddy currents on energy dissipation in mechanical systems
  • Explore the design and applications of torsion pendulums in experimental physics
  • Investigate alternative materials for pendulum wheels and their impact on performance
  • Learn about the mathematical modeling of damped oscillations
USEFUL FOR

Students and educators in physics, particularly those studying mechanics and electromagnetism, as well as researchers interested in experimental setups involving torsion pendulums and eddy currents.

Mia_S
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I am having difficulties writing my damped oscillations lab report. We were asked to write a short essay on eddy currents (creation,direction advantage and disadvantage) and their relationship with torsion pendulums. Also,we have to explain if the copper wheel in the torsion pendulum could be made of plastic?

Could somebody please explain the relation between Eddy currents and the torsion pendulum?

I would really appreciate your help.
 
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Here is a link to a lab exercise that seems to me to explain the role of the eddy current damping in a torsion pendulum quite well.
There are lots of sources of info on eddy currents.
Eddy currents have consequences: for this lab, think about Lenz's law, also, think about energy, think about many situations where eddy currents occur.
 
Merlin3189 said:
Here is a link to a lab exercise that seems to me to explain the role of the eddy current damping in a torsion pendulum quite well.
There are lots of sources of info on eddy currents.
Eddy currents have consequences: for this lab, think about Lenz's law, also, think about energy, think about many situations where eddy currents occur.
Thank you !
 

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