Inductors Part 1 - Introduction

Inductors are coils of wire. They act like electronic fly wheels.

[@nemeik]

your channel is very underated, best explanations on youtube

[@markusfischhaber8178]

Perfect

[@abesouraya7036]

You have made inductors so easy to understand

[@darthvader3177]

This is the best explanation I’ve got yet , thanks !!

[@gregorykotoch5045]

This was a very helpful video. Current and magnetic fields move perpendicular to each other is something that seems to always be missing from these types of videos. Everything makes more sense to me now.

[@udaykulkarni8989]

Very nice and explanatory video
Thankful to you for the very nice explanation Thank you

[@mukhtaralkhatib7740]

Sir, you are highly competent and well equipped.
I had never understood inductors and capicitors this way before I watched you.
Keep doing it ❤

[@musamabaso1106]

Thanks 🎉

[@initiallearnwithme]

Thank you for lesson

[@sweetblues3230]

❤❤❤

[@raycarberry1089]

You're an absolute Legend, thanks for a brilliant explanation,

[@jscott5042]

I finally understand inductors thanks!

[@John-uo5ro]

That was great! Thank you. I hope you get to the AC inductors in your other videos like you mentioned.

[@mnemonicator]

Thank you for lesson.

[@miguelmouta5372]

👏🏻

[@muturigitau]

Can we get magnetism around an insulated coil when current is flowing?

[@Slovenija_patriot]

It depends on which insulator you are talking about. In magnetism we should view materials in terms of how good they conduct magnetic flux and not electric current. For example copper is a good electrical conductor but a bad conductor of magnetic flux. Materials like iron or nickel are feromagentic which means they conduct magnetic flux very well. But air is bad at conducting magentic flux.

[@mikejones-vd3fg]

Ahh so thats how inductors oppose current.

[@nemeik]

same thought haha

[@pdr0663]

Hi the relativistic explanation is missing from the description and video link.

[@RobotHobisi]

.