A storage battery of emf 8.0 V and internal resistance 0.5 ohm is being charged by a 120 V dc suppl

[@anwitdey8114]

Very nicely explained ❤

[@dussikaushik3016]

Thanks a lot for such a explanation, sir

[@keerthic6925]

But terminal voltage = emf - Ir

[@mohit8428]

But this condition is applicable during discharge of battery only...

[@adibarahman4254]

While charging ,V = emf+Ir

[@Sobriety_35]

​@@mohit8428 figure wrng h

[@harshitasaini7420]

​@@Sobriety_35nahiii sahi h

[@komalshimar978]

This is for discharging

[@shrenikumari1135]

Great explanation 👌

[@dayadileep3046]

Could you please clarify,why he took Enet as E2-E1,instead of E1+E2

[@komalshimar978]

What a explanation sir , thankyou so much 😊😊😊😊

[@PhysicswithGaurav]

Welcome

[@supravaroy9971]

Thank you sir for this lesson ....

[@PhysicswithGaurav]

You are welcome

[@aslam4099]

Thank you so much sir, your explanation cleared my all doubts 💖💖💖

[@Vibhash.4]

Thanks sir for this video 😊😊

[@PhysicswithGaurav]

Welcome dear 🤗

[@alishaparvin8043]

Yeh abh lyu ni uplaod krte?

[@yashdhiman8894]

thank you sir🙏🙏

[@PhysicswithGaurav]

Thanks

[@Knoget]

Thanks sir jee

[@dwiveditutorials3192]

nice

[@mayanurneharlaskar3475]

The way of explanation is very hard

[@sscvisiont.v.8324]

Jai hind

[@PhysicswithGaurav]

Jai hind

[@Sobriety_35]

Figure worng h terminals

[@games4life127]

Correct one kaha hai ????

[@AartiGupta-nt2hd]

Bhai correct hai figure kuch bhi mat bol

[@aiofora2z746]

I am in 10th 🤷🏻‍♂️

[@Vedhi-gx4zd]

So wht

[@indurawat8592]

It's your problem

[@arya.v]

Then why are u watching

[@AartiGupta-nt2hd]

And I'm in LKG , jab dekho tab irritate karte hai ye log, koi puche ya nah pehle bolenge 10 th class 🤨

[@snehamauryaix-a8419]

Very bad explanation worst

[@jasiee27]

kya nhi smjh aya?

[@HarshSehrawat1762]

ALL UNDERSTOOD🫡👍

[@PhysicswithGaurav]

Thanks