10 Growth of current in LR circuit | Decay of current in LR circuit | Electromagnetic induction

[@VishalKumar-yc3fg]

Sir you are OP great I. am class 12 and study almost full syllabus from your lectures of 11 and 12 and I improved very much

[@akshitkanwat5102]

Sir ek he dil h kitni baar jitoge 🥰😊🖤❤🖤❤🖤❤

[@rahulgandhi9532]

Ek hi line ko kitni baar bologe

[@vd9570]

@@rahulgandhi9532 pappu control me reh

[@cracyop]

@@rahulgandhi9532

[@AshishJoshi-tj3qs]

@@rahulgandhi9532 let him cook

[@TOTALKHELA]

Chalo mai like krke Tumhari like ki century kr deta hu 🎉🎉❤❤

[@kushagrasharma6679]

aapse bdiya koi teacher nhi dekha ..
jab online recorded hi itna acha padhate h to socho offline me kitna maja aata hoga

[@ArRt1719]

7:48 11:00 13:16 14:00 to 19:00 28:02 33:31 (jugaad formula: Req across inductor , i= current through inductor at ss) but can only be applied when current at t=0 is 0 42:57 47:59 53:50 57:08 59:20 1:01:16

[@prathamsinghaniya6421]

Sir you have asked me to remind me that you will do more questions in radioactivity

[@the_iit_aspirant]

43:15 48:14 53:30
Asalu eee video chala varaku chudalee , and chusinavi advance ani left, so don't forget to write and prepare

[@techuser7272]

42:03 sir isme di/dt ka sign negative kyu use nahi kiya

[@sakethsreeni]

Iss yug me
Ek din zaroor ayega
jab inductor me guzrne wala current zero hoga

[@prajwal3037]

Agar infinite wale case ke baare mein joke kr rhe ho to uss time to ek constant current jaata hai
And current zero to circuit shuru karte hi aajata hai ek yug ka wait kyun krna

[@ankur.6681]

bhai capacitor bol

[@anupamamishra5685]

What a beautiful explanation. ❤

[@shachisharma8908]

Grear job sir. Learned a lot from u.thanks🔥

[@suprabhatkushwaha8545]

Kya ghajab batate hai sir aapppp🙏🙏🙏🙏
Aap pahle kyu ni aaye sir youtube mein bhut late se aaye hai sir😑

[@bullymaguire827]

Thank you Sir.It was helpful.

[@AryanPatel-2.0]

thank you sir :)

[@AnunayMintoo]

46:00 pe ham charge flown in circuit = changein flux/R se bhi likh site hai na

[@SaiSrivastava7]

thank u so much sir u r great

[@yashasviagarwal3064]

41:12 sir aap ne di/dt sign k saath Kyu nahi likha.
Growth of current topic m you said to write di/dt with sign!

[@aayushjoshi3681]

Although we know that current is decreasing, we didn't take minus sign with di/dt coz the expression we have got after integration, gives complete info about the current and also that it is decreasing. For the time being, assume that we don't know whether current is decreasing or increasing, i.e, di/dt is a totally unknown quantity, now, so we don't care about sign here and the expression we will get finally will be correct if we have not dobe mistakes. This is the same kind of analogy as we give when finding friction force in rotation in several cases, by assuming an arbitrary direction and the answer we get, for friction, is there with sign and gives complete and correct info about direction of friction in actual. I hope you understood, comment your doubt if you didn't understand.

[@pranavmaniyar4592]

@@aayushjoshi3681 good explaination bro

[@YuvrajSingh-uu9zd]

Yar ye kitna osm hai yar.. 😇

[@VladimirPutinIITian]

Thanks

[@messi0510]

8:25 13:35 20:50 34:55

[@manishtiwari9201]

Please Mohit sir ko bol dijiye ki please apne app pe video m quality wala system or download wala system le aye please sir bhut help hogi waise padha to jata h lekin data bhut jaldi khtm ho jata h isiliye sir please kara dijiye kuj bhut meharbani hogi

[@studiousboy644]

Offline download kar le.

[@AakarshSingh-r2l]

Thanks sir 😮😊

[@lokeshsharma2675]

sir video me 33:00 pe kuch problem h

[@swifferstudy691]

Yes there's a problem

[@diptighosh7263]

Have you integrated wrt i or i1?

[@compettishun7360]

Kya question tha yrr mja aagya

[@anunitjha4702]

sir its 20 sep 2022 , 4 ;30 pm .. and i suddenly noticed that this video was uploaded on nov 27 and thats my birthday ...

[@ComicverseAK]

I am wishing you yours Happy birthday 10 days ago😂😂 on 18 November

[@iitlover7167]

And I wish you atleast 34 days ago happy Birthday

[@Annnnstream]

Happy birthday!!, 93 days before ❤

[@studyaccount9773]

Sir but at 7:09 , does inductor not behave as a reverse battery with respect to applied voltage, then how in the circuit is it allowing any current to pass?

[@_ishotmypants_]

value of emf induced by inductor is less than battery emf
it resists change in current by producing emf in opposite direction, not completely stopping it

[@28ashwin.d]

same doubt

[@saurabhmaurya841]

sir when will you start AC

[@aayushjoshi3681]

AC will start in summer.

[@in_ashish]

@@aayushjoshi3681 AC ka bill kaun bharega🤔😂

[@JEE_2025-g8r]

36:21 chala dia AC

[@abhishekraj591]

Where I can ask doubt?

[@rishimishra5335]

Wow

[@ankur.6681]

22:40 i did it by myself

[@RohanJadhav-ep3sp]

Bro how much syllabus have you completed

[@AakarshSingh-r2l]

@@RohanJadhav-ep3spbhai organic poori reh rhi hai 😢

[@shirshgyan6778]

thanks sir

[@sanchitkawatra2678]

Thanks dear sir

[@backto90s68]

3:40 7:48 10:41 13:10 22:30 29:11 33:30 42:56

[@icebear670]

Thank you sir 😈

[@Amankumar-uw4nz]

thanks sir

[@mustmedy1296]

Sir aabhi kitne lecture Baki hai EMi par ?.......

[@mahesh-zf4ll]

Sir please help, there was a problem in make my test section in competishun app. I am unable to see my result after test.
Sir please help....

[@AryanPatel-2.0]

21:00

[@prathamsinghaniya6421]

Sir mutual conductance??

[@KUNAL-gr9op]

2024 12th

[@lamelauncelot1385]

great bro. best of luck, same here

[@nirmalaprajapati7256]

Same !!

[@chayavaishnavi4454]

i didn't understand 18.05 question...after the s2 is closed why again will it get short circuited

[@sahebOp_]

Sir said after s2 is closed and when t->infinity the inductor will act as short wire…….not instantaneously after switch is closed🙃

[@rpsharma5119]

Sir how many lectures to upload in this chapter

[@anilarora1165]

Why was current zero at t=o, i mean first flux thorough inductor should change which will produce opposite electric field but that current is not zero hence current at t=o is not zero then why you are saying it to be zero

[@Memsy7]

5:38 😟

[@jeeadv2025aspirant]

done

[@Agentp_nitbhopal]

3:00

[@idfc_piyuu]

❤❤

[@kailashkushwaha6861]

❤

[@myaccount1826]

B-)