Demonstration of Faraday's law | Electromagnetic Induction Demo |

In this demonstration, we show to electricity is produced by changing the magnetic flux through the loop
#electronics #shorts #physics #electrical #led #experiment #arduino #engineering #creative #motor #faraday #faradaylaw #emi #magnet #flux #cbse #iit #neet2021 #neet #jeemains #practicals

[@FrancisAmoako-pp3nd]

I love the organ music and the experiment.

[@mayankkivideos645]

👌👌👌👍👍

[@Ssaannddeepp1322]

Nic.

[@rgladson9544]

Sir
1. What is the gauge of copper wire and how many turns needed and diameter of round.
2. Can it work if connect a LED (small size bulb)

[@haris3115]

Ye magnet ki kia Price hy or strength kese measure hogi magnet ki 🥺 please reply ... Project pr work krna h

[@aohere.]

Good

[@prayogaalab6675]

Thanks

[@aohere.]

We watched your video in the physics class :))

[@ngangapaulkabura6223]

Am gathering information

[@hsabsjis3102]

Hey, if you move the magnet to the right or left side, will it still create a current on the wire? Thanks

[@prayogaalab6675]

Yes

[@hemantsingh7871]

Nice 😀😀

[@prayogaalab6675]

Thanks 😄

[@SpiritGym.]

Move coil instead of magnets. See what’s happened

[@prayogaalab6675]

Still Emf will be generated and galvanometer shows deflection
Because flux is changed

[@SpiritGym.]

@@prayogaalab6675 seeing it once worth thousand words. Results might be surprising

[@prayogaalab6675]

I did it , EMF is generated, galvanometer shows deflection

[@TobyOnTube]

Very good suggestion. This is the starting point of special relativity. Einstein mention this on p. 1 in his 1905 paper "On the electrodynamics of moving bodies".