Easily Secure 15+ Marks in JEE Mains Physics | IQRS | Current Electricity

In exams like JEE Mains, even one mark makes a big difference. What if we say you can easily secure 12-16 Marks in the physics section of JEE Mains if you master the current electricity chapter.
For JEE Mains current electricity is the favourite and each year they ask a lot of questions from this chapter.
Even in the JEE Mains 2024 Jan attempt, the most number of questions were asked from the current electricity chapter.
Hence as an addition to the IQRS series, we have come up with a dedicated video to help you with the current electricity chapter.
We not only explained the crucial concepts of the chapter but solved a lot of Questions from the JEE Mains 2024 January attempt.
We have covered questions on meter bridge, galvanometer, ammeter, voltmeter, circuit diagram and resistance.
Check out the complete video and wholeheartedly solve all the questions to master the current electricity questions in Physics for JEE Mains.
Timestamps:
0:00 Strategy
1:50 Meter Bridge
22:53 Galvanometer
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[@NMSPhysicsISAC]

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[@unknownbeast1111]

Thumbnail banane ka tarika thoda kezual hai.

[@user-fc4km5cn2p]

😂

[@NMSPhysicsISAC]

Ji sir ji😂

[@unknownbeast1111]

🤣@@NMSPhysicsISAC

[@aseemaggarwal2897]

To the point , crisp , amazing video❤

[@NMSPhysicsISAC]

Thanks

[@King58468]

Viral spammer

[@sarikasingh406]

Please keep uploading these lectures are very useful

[@NMSPhysicsISAC]

We will do it daily

[@sarikasingh406]

Thankyou sir!!

[@NMSPhysicsISAC]

Most welcome!

[@Lohargogoii59]

Thank You SIR ❤

[@NMSPhysicsISAC]

🙌

[@prateek4250]

Thank you so much sir 🙏🏻🔥 ❤❤❤

[@NMSPhysicsISAC]

Most welcome 😊

[@Masterning.minds_]

Thank you sir 🙏🏻 ittta support krne k liye ❤

[@NMSPhysicsISAC]

Our pleasure

[@Dynamic.chemistry228]

Amazing section❤❤❤

[@siddhantgupta555]

Thank you sir 😊

[@NMSPhysicsISAC]

Most welcome

[@Suhanikumari-fz4kn]

Very helpful session...kindly bring session like this on vernier calliper or screw gauge if possible as few days left...❤

[@RajatKumarSir]

Sure beta …

[@kidraws6612]

Need complete syllabus question marathons ,sir. It will really be helpful in alliance with your (nms sir's) unique problem solving method. I'm greatful sir

[@NMSPhysicsISAC]

I will try my best

[@ankshitdey3126]

This series is awesome but need more frequent

[@NMSPhysicsISAC]

Today electrochemistry

[@Suhanikumari-fz4kn]

Sir at 44:25 can't we consider short circuit directly and say p.d. is 0V...correct me if m wrong.

[@RajatKumarSir]

Potential difference across real battery (as a source) = E-ir where E=emf of battery,r =internal resistance V1=V2=__ _ _ =V8 =E-ir V1+______+V8=0 (KVL) And all batteries are identical and arranged in same order ..isliye ek bhi battery na charge ho rhi hogi aur na discharge hona chahegi means har ek battery k across individual potential difference zero hona pdega bcz sabhi k across potential difference ka sum ,zero hona hai … Aur hum dusre tarike se bhi smjh skte hai circuit me current = i = total emf /total resistance =40/1.6=25 A Now potential difference across right battery = E-ir =5-25*0.2=0 and yeh battery hi voltmeter k across lagi hai so yeh hi reading voltmeter ki hogi ..

[@Suhanikumari-fz4kn]

@@RajatKumarSir yes sir...tnqq🙏

[@Dynamic.chemistry228]

Rajat sir❤❤❤❤

[@ugsuman9556]

Kuch mains sesitive topics ( magnetism of matter , semiconductor ,diffreaction , optical instruments ) ka video ho ska to upload kar dena

[@eternal9254]

Sir pdf notes kaha pe milega

[@SayyedZafarAli-rg4jk]

Next from mechanics and electro dynamics 🎉😢😢❤❤

[@NMSPhysicsISAC]

Sure daily for next 10 days

[@SayyedZafarAli-rg4jk]

@@NMSPhysicsISAC thanks for efforts 😍😍 and please also upload Morphy first