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

Fleming’s Left Hand Rule | Magnetism | Physics | FuseSchool
Sometimes physics and nature go hand in hand.
In this video we’re going to look at using Fleming’s left hand rule to help us remember how
current, magnetic fields and direction go together.
CREDITS
Animation & Design: Jean-Pierre Louw (behance.net/Jean-Pierre_Louw)
Narration: Dale Bennett
Script: Bethan Parry
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[@George_the_gun_walker]

LEFT HAND RULE, JACK!

[@alster724]

Turn off my pain inhibitors

[@lanceocana9059]

"but raiden th- thats insane!"

[@nirmitimhatre982]

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

[@fuseschool]

No worries! Hope you get it now 🙂

[@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!

[@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!

[@amantharathnayaka5366]

This was so much helpful😀

[@unknownperson5217]

thanks man! helped alot!

[@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!

[@yuvrajsali2318]

IT'S REALLY VERY HELPFUL

[@fuseschool]

Glad you think so 🙂

[@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👑👑

[@anaghakuttan5045]

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

[@extremestudy101]

Great Video!

[@fuseschool]

Thanks!

[@suhagipatel3539]

Superb video to understand ..

[@fuseschool]

Glad to hear that!

[@rashminadgir6219]

Good explanation

[@fuseschool]

Thanks!

[@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.

[@professorpepe2732]

Thanks mr amr

[@jyrwa7858]

Wow I gain a lot thankq so much

[@fuseschool]

You are most welcome 😊

[@sindhu8561]

Super🙂🙂

[@senioraisha]

Coool

[@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!

[@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

[@oats1608]

this video was very cold

[@beastgenix3719]

Hello

[@sahilmania456]

mohee and audit = 4lyferrrrrrrrrsssss

[@akshaysnaik8533]

Lee lovedy

[@CocTechTipsWithSC]

First

[@devu2002]

Good explanation

[@fuseschool]

Thanks!