Torque on current carrying loop in magnetic field demonstration | #physics #experiment

In this video we show the torque applied on a rectangular current carrying loop placed in a constant magnetic field.
The torque is equal to the cross product of the magnetic dipole moment of the current carrying rectangular loop and the magnetic field.

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⭕ Force on current carrying wire


#physics #experiment #electrical #demonstration #magnetism #magnetic_field #magnet #practical #electronics #class12 #creative #neet #jee #led #engineering #motor #torque
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[patakotisrinivas]

Superb experiment to visualize the turning effect of torque...without which understanding is highly impossible...thanks a lot for this demonstration...

[chiragjain]

sir aap aisi hi videos laay kijeye science aur maths se related kaafi acha lagta h real life practical dekh ke :")

[squgroup]

good work sir
please speak with video

[samahmohamed]

I am a teacher you inspired me. perfect

[frozennarkanne]

Amazing, without experiments like that, one couldn't grasp the entire concept. The music is very pleasent too! Thank you so much

[malanpatil]

Great demonstration it really helps in deep understanding of concept..

[brightso_]

Thank you so much sir ❤❤❤
I was struggling to understand this 😭😭😭😭😭😭

[hammadkhan]

Thanks a very lot sir ❤
U swiped out my all confusions...
Again thanks sir for teach us by such a great way

[ibrahimjan]

Sir you have performed really so greatly and i understood better this now from Pakistan you have cleared my concept thanks a lot sir💖💖💖💖💖💖💖💖💖💖💖💖💖💖😊👌👏

[idrishmiya]

Can we demonstrate it just by hanging the loop instead of making a support at the middle of the loop?

[in_voice-talks.]

but will it can rotate completely or upto to limit when force lie on same axis and cancel each effect?

[hopolo]

make the coil smaller so you can get more flux on the wires with those small magnets and also get more turns in the coil per length of wire. your current needs to be changing in order for the wire to continue to rotate since the electromotive force depends on a change in either the current, the magnetic flux, or both. do more research.

[saqlainashfaq]

Sit please bol kar explain kar dia kre