Path of charged particle in magnetic field | Moving charges & magnetism | Physics | Khan Academy

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Let's explore how to calculate the path of the charged particle in a uniform magnetic field.

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Created by Mahesh Shenoy
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Hats off sir..! Thankyou for simplification.
I was terrified by Ncert book.

sudhanshutiwari
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Man in 12 mins the concept is clear which could not be cleared from days

muskansiddikee
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So much better than learnohub explanation 😭😭😭❤️❤️❤️❤️❤️

yuvrajverma
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Mind blowing Sir....
Hats off to you sir.. thank you for this beautiful video

ChandreyeeSardar
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Sr u r outstanding we not only teach the topic but gives us a vry good eg which is vry interesting 👍👍

jatinkumar
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Good explanation ✌️made it simple. Upload more videos.

studentofscience
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10:42
Flip the velocity component; it is an electron

Shamim_J
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After 5 days I found your video and now I can say I fully understand this topic ❤❤❤❤

dutygamer
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Simply briilliant. Thank you, I learned so much.

deegee
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10:41 why didn't you flip velocity component which is parallel to the field? as it an electron...

praneshr
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Thanks to you, I'm gonna ace my kvpy.

devotioadorat
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these videos are really underrated
thank you, very good explanation

Ethherr
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What tools do you use to create the videos .
Great

salmanhassan
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Then how come in hall effect charge accumulated in a direction perpendicular to the current as well as apllied mag fileld?

subrahmanyanayak
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Enters the about the colour of aurora there should be some kind of release in energy so there's a visible light of certain wavelength

anishaghosh
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What about negative charge particles how they gonna move??

dipankarray
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Sir ap new video nhi bana raha h kaya class 12 ka 2022

anilkumar-ujst
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I am very confused where should I consider the magnetic field direction when its into the page

snworld
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Why does he sound like fooatheadphysics

tbuzbn
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2:50 what? perpendicular vectors don't add up? what the hell

sebastjansslavitis