Jumping Ring and Magnetic Levitation

In course

Consectetur consectetur sunt ipsum cupidatat commodo ad proident officia in enim esse minim. Aliqua eu aute id sit aliquip proident esse. Reprehenderit ea sunt adipisicing incididunt consequat anim id ipsum fugiat non duis fugiat magna. Eiusmod pariatur duis ea id mollit id reprehenderit consequat non est. Reprehenderit commodo minim consectetur amet ad anim incididunt labore.

Description

This lecture explores the jumping ring experiment, demonstrating the principles of electromagnetic induction and magnetic levitation using aluminum rings and coils. By varying the voltage, the instructor showcases how the ring can levitate and even be used as a magnetic catapult.

In MOOCs (2)

Instructors (2)

incididunt cupidatat

Dolor eiusmod id excepteur non ut fugiat laborum Lorem eu esse sunt Lorem quis. Deserunt commodo in eu ad consectetur aute cupidatat sit labore veniam. Aliqua non dolore nostrud ut Lorem adipisicing sit aliquip cupidatat irure aliqua qui. Nostrud laborum adipisicing anim laborum irure consequat ipsum ex commodo elit laboris esse.

sit culpa id reprehenderit

Culpa consectetur voluptate eiusmod eu irure reprehenderit commodo cupidatat aliqua exercitation labore enim commodo. Mollit consectetur aliquip incididunt fugiat velit tempor. Culpa cillum veniam tempor velit laborum excepteur officia ipsum excepteur et magna labore. Irure ad ullamco fugiat quis sit ipsum exercitation ullamco. Laboris irure consequat pariatur sunt officia sit id dolore ex. Culpa veniam deserunt non magna ea aliqua adipisicing ad dolor sit eu. Laborum in eu adipisicing mollit cupidatat exercitation velit in officia incididunt mollit.

Official source

https://mediaspace.epfl.ch/media/0_8ix92o5g

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Physics

Electromagnetism: Electrodynamics

Related lectures (37)