Fleming’s Left Hand Rule | Magnetism | Physics | FuseSchool

[@George_the_gun_walker]

LEFT HAND RULE, JACK!

[@huynhlien6847]

I was really confused at school, but thanks for this video! I can understand this in the first time watching the video

[@fuseschool]

That's great! Glad to hear that!

[@nirmitimhatre982]

thnx for this video I was pretty confused with the left hand rule

[@fuseschool]

No worries! Hope you get it now 🙂

[@henceproved9580]

Man..... I've seen a lot of videos about this, but no one explained it like this man

[@Snuggles-0]

amazing work on the animation it makes it a lot easier to understand and helped me a lot. thank you for making this video. this video deserves more views and thumbs up.

[@fuseschool]

Thank you kindly!

[@alster724]

Turn off my pain inhibitors

[@lanceocana9059]

"but raiden th- thats insane!"

[@harshverma6115]

Thanks a lot for this video. Books couldnt explain it so i came here. Now i have completely understood the rule! thanks a lot

[@fuseschool]

You are most welcome! Glad it helped!

[@amantharathnayaka5366]

This was so much helpful😀

[@yuvrajsali2318]

IT'S REALLY VERY HELPFUL

[@fuseschool]

Glad you think so 🙂

[@unknownperson5217]

thanks man! helped alot!

[@summermuttonen1074]

for the practice question, how did you know the direction of the current as it didn't say pos and neg on the diagram??

[@fuseschool]

Apologies, we didn't make it clear at the start of the practice question. It only appears at 1:49, sorry about that!

[@alanraj9731]

Really good work sir👑👑

[@rashminadgir6219]

Good explanation

[@fuseschool]

Thanks!

[@anaghakuttan5045]

Can you please do vdo on, when the magnetic field is going from south to north.

[@professorpepe2732]

Thanks mr amr

[@dayztrain5538]

great video but isnt electron flow from - to +? is this referring to conventional current flow?

[@fuseschool]

Indeed! Conventional current flow is shown in the video.

[@extremestudy101]

Great Video!

[@fuseschool]

Thanks!

[@suhagipatel3539]

Superb video to understand ..

[@fuseschool]

Glad to hear that!

[@sindhu8561]

Super🙂🙂

[@jyrwa7858]

Wow I gain a lot thankq so much

[@fuseschool]

You are most welcome 😊

[@srividhyak6833]

While doing the practice question you have forgotten to add the current direction to determine the force direction. We need to know 2 of the directions to determine the fourth. Please edit. Thank you

[@fuseschool]

Apologies, we didn't make it clear at the start of the practice question. It only appears at 1:49, sorry about that!

[@srividhyak6833]

It helped me refresh the concept required for my studies thank you

[@senioraisha]

Coool

[@oats1608]

this video was very cold

[@samueldesjardins550]

Cool video except im confused about the force. Are you saying that there is a force on a wire just because there is current flowing through it? If that were true then wires would be flapping all over the place! lol

[@keithross7058]

Thumb, forefinger and middle finger - that's three fingers: Movement, magnetic Field and Current. Although a wire carrying a current will always have its associated magnetic field around it, in order to get movement you need the wire to be placed in a magnetic field, so the two fields interact - only then will you get movement!

[@beastgenix3719]

Hello

[@sahilmania456]

mohee and audit = 4lyferrrrrrrrrsssss

[@akshaysnaik8533]

Lee lovedy

[@CocTechTipsWithSC]

First

[@Dorapk22]

Good explanation

[@fuseschool]

Thanks!