Magnetic Effects of Electric Current | Force on a Current Carrying Conductor in a Magnetic Field

Watch Session 6 of Magnetic Effects of Electric Current Class 10 on Force on a Current Carrying Conductor in a Magnetic Field by Physics Expert and Master Teacher at Vedantu, KR Abhishek Sir. Learn the essential topics of Magnetic Effect of Current Chapter including, current carrying conductor in a magnetic field, direction of current carrying conductor, Fleming's Left Hand Rule and many more crucial concepts of Class 10 Physics.
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[@besmart9801]

My God he is amazing and I wanna teacher like this , sir lots of love

[@jk7239]

Sir mic is a little bit blunt

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Yaa

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😂😂pahala muja laga mara mobile k speaker karab ho gaya h... par video ma karabi h😂😂

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Yes

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@@crazzyboy5539 mujhe bhi...theen bar check Karne ki baad comments padne aayi

[@kecaz20]

@Meri Kitchen omo omo same dude🤣🤣🤣🤣🤣🤣

[@nileshjain2922]

Late night studies with you is very effective sir❤

[@vasumalapati3210]

yes

[@bushrashabbir3924]

no use of studying at night . study in the day and sleep soundly at night because that's the time when the brain cells develop and the body repairs itself

[@aqsa_edits]

Acc. to me and my experience late night study is better 😊

[@himanshupal6492]

Whenever sir's mic get in contact with his throat his voice becomes like THE GREAT KHALI😁😁

[@agitasco540]

Lol yass

[@yae_123]

Thank you so much sir. You're teaching is definitely more useful and better than my teachers back at school

[@udaigupta4513]

You are not a master teacher . . . . . . You are master master master... (Master tends to infinity) teacher!

[@adityabhore6438]

Hasi nahi aaye

[@anubhavdeb9181]

He is not cracking jokes.

[@nandinigowda6757]

Why orested kept magnet infront of current circuit??😥😥😕

[@mohanasaraswathimaha9429]

😜😜😜😜😜😜😜😜😜😜😜😜

[@Ektashakuntala]

He kept a compass

[@usha4323]

Because he was bored And wanted to make all students to remember him😂😂😂

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@@usha4323 s

[@donalddmello2836]

@@usha4323 Lol

[@shital3012]

Thanku so much Vedantu and ofcourse Abhishek Sir for clearing my physics doubts before exams .. Thanku

[@sanafatma9472]

I felt the topic too complicated while reading the book bt now it seems too easy..... Thanku sir

[@vidya6051]

Sir. You are amazing . By god's grace I wanna teacher like you

[@deepa3831]

sir 15 or 30 min with you are like 2min and more informative. thank you sir

[@pragyagupta5880]

Sir, Plzz also cover electromagnet and permanent magnet...BTW your teaching skills are extremely awesome☺☺

[@prathamgupta8530]

Mujhe yeah kuch smjha he nhi aadhe ke baad se

[@Myboy21]

Thanks sir for this great explanation... Its very helpful but somewhere ur sounds aren't clear...

[@chiranjeeviduppala2494]

Sir u r really amazing👍👍 ... U r using ur full throat to explain and very easy for us to understand at the first attempt of this video.. Thank you sir

[@unprogamer5398]

Perfect

[@umamanoj6466]

Sir you are super man you are the father of physics

[@shreyayadav311]

First suiside and then electric shock to conductor bahot nainsafi h 😂😂😂😂

[@RaviSharma-ef3lr]

Amazing sir, best teacher in my little life I have ever seen

[@veni_liz2]

Thank you very much Sir 👍 your explanation is an angel for me during lockdown 💞🍀🍀

[@SHAYAANSOFIBBA-]

Simple and comprehensive. Amazing!

[@adarshraj7604]

7:17 again a sweet voice came

[@agitasco540]

🤣🤣

[@shraddhachougule9966]

🤪🤣😆

[@adarshraj7604]

2:32 what a pleasant sound came u wanna also try it guys

[@agitasco540]

😂😂

[@SonuKumar-gt9sz]

Sir jab conductor ka length badhayenge to resistance v to badhega coz R directly proportinal L

[@allenadolphus9578]

This is the best channel and the best teacher from which i have studied literally saying.

[@rajkapoorprasad4171]

BUT, sir When we increase the length of conductor, then simultaneously we are increasing the resistance( factors affecting resistance). So, the current through the conductor decreases (ohm's law) resulting in the decrease of magnetic field. Then how increase in length, increases magnetic field? Plz answer it I'm very confused.

[@SonuKumar-gt9sz]

Yes plz reply

[@amritraj8604]

@@adityaprasad001 galat hai

[@Inner_peace_with_nature]

Resistence affect only current flow not the magnetic field

[@ujwalakarhekar7585]

@ Quality Excellence Training but when current increases the magnetic field increases as well.

[@aisharakshana4481]

Since force is proportional to the length of conductor as suggested by Mr.Hans oriested .if force increases length increases if length increases magnetic field turns also increases.....

[@eshitabhusari3120]

I want a teacher same like you sir 😍🥰 You are the Great sir 🤗🤩

[@bhumikaverma2296]

3:36 😂😂 electric shock to conductor!! Waaoooow sir!! Thank you soooo much sirr for this wonderful video series!!! 😊😊😊

[@krabhishek9999]

Ha ha ha ha! Pleasure is all mine dear!!

[@prakashgokharu6923]

Sir your way of teaching is awesome

[@sharvarikatle]

Understood this topic for the first time. Thank you so much sir for this best explanation ever. Loved the way you teach. Best teacher ever for physics.👍👍😊☺

[@prathamgupta8530]

Mujhe kuch bhi nhi smjh aarha yeah topic😣

[@nazeermohammad1983]

A small tip I think its better to use red or black color pen when it is white background and to use green and blue colour pen while it is black background..

[@udaigupta4513]

Sir F=BILcos© ??? Sir cos thetha bhi hota hai shayad kyuki 90° par force zero hoga! Shayad!! Sir please reply !

[@umamanoj6466]

Sir your teaching is better than my teacher I love your teaching even I share your vedio to my friend they also loved your teaching sir thanks a lot

[@someshthakure586]

fantabulous....

[@SabyasachiS76]

There are problems with voice but nice explanation.

[@aarmylover2186]

U r amazing sir

[@ishita9008]

Voice wasn't clear.

[@entertainmenttime4591]

Sir please make videos on house hold circuit wiring and earthing

[@riteshkumarsahoo202]

The teaching of urs is very nice. I liked this video n other videos also. I understood the concept. I LIKED THE MOST WAS SUCIDING ONE.. 😂😂😂😅...bt really it's a nice video n ur teaching is too good........ BUT THE PROBLEM WAS WITH THE MIC. DUE TO WHICH SOUNDS WAS NOT CLEAR IN SOME PLACES. PLS SEE ON IT ALSO.. OR ELSE... SB KCH SAHI THAA.. 😊😊😊👍👍👍👍

[@esine8737]

It helped me a lot . One day before my exam...

[@Hasan-mg4tx]

Sir, who suggest that the magnet must also exert an equal and opposite force on the current carrying conductor? In NCERT it is give the name :- Andre Marie Ampare But,, in S.Chand it is given the name of :- Faraday What i do?? I am confused please reply..... 🙏🙏

[@kmrshuvam]

Go with NCERT..My dear..NCERT is lit!

[@Hasan-mg4tx]

@@kmrshuvam 😦😦

[@Hasan-mg4tx]

@@kmrshuvam thank you..☺

[@allrounderaanya6973]

Best physics teacher 🌟🌟🌟🌟🌟😍😍😍

[@anishtdaniel7801]

Also explain which direction it moves using flh rule.

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Best lecture sir

[@joshuamathew7950]

thank you sir for your efforts....!!!!!

[@chitrachikkamath4943]

It's very helpful....

[@gayatrijethwa5801]

Sir, you have explained in the best way.....thank you so much sir...

[@subhrachakrabarty366]

Thank you so much sir.....best video for magnetic effects on youtube

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As simple as that 👍✌

[@reshmakhanum479]

I really explain very well .................# excellent# 🤩👍

[@susmitapegu9106]

Very nice session❤❤

[@darkdrone9294]

What is the meaning of deflection and magnitude?

[@yashwinp361]

magnitude means a certain value and deflection means an object moving in a direction which cannot be predicted

[@MohanMohan-iq1ib]

Abhishek sir is the god of physics!!I wish I had super awesome teachers like him...😍😍🤩🤩

[@nivedaramakrishnan6559]

Sir I have watched many videos related to this topic.. but I couldn't get a clear idea.. your teaching is amazing sir.. Now I have got a clear idea about this topic.. thankyou so much sir...

[@saubhagyasharma9933]

Thanks a lot...... Sir ...

[@bhanu2406]

Sir ur teachings are awesome👌👌 At 19:38 When u said "ab smjh me aa rha h na" I made a popup "haaaaaaa"😂 Firsty it was like what is this gif But now it is understood just becoz of u sir Thanku thanku thanku so muchhh sir💓

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Gay

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hats off

[@kommareddybrahmanandareddy287]

Sir your explanation is awesome but mic is the only concern

[@tamannaphogat1766]

Nice explanation

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U are really an amzing teacher..u really have the skill for it😄

[@lukosejoseph2861]

Thank you sir

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You are awesome

[@krabhishek9999]

Thank You Rishabh! 😉

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Sir, You are absolutely a master teacher

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This channel deserves 10 M❤️

[@rkpatel7561]

Plz make this video once again because voice isn't clear

[@kavithaks3940]

sir I can't understand how to apply rule of Maxwells and Fleming....on this concept ...so plzz reply me how to apply Fleming s left hand rule

[@qamaralam3190]

On m.f put your first finger on current put your middle finger and force will be the direction of your thumb

[@anonymous-sz8jq]

@@qamaralam3190 how to see them direction of the current,force and magnetic field using Fleming's left hand rule in the diagram. Like there are lots of signs which one to follow....

[@annabinu2975]

Explanation really goodsir.Its better if you show the direction of movement of the conductor on passing the current.

[@uditgupta7903]

Best Physics teacher ever sir apko koti koti pranam

[@arunadevi6321]

Sir I had studied this topic from many youtubers... But I loved your teaching style.. Thank you sir ...

[@freefiremaxgaming4357]

sir i am having one dout that when we are forwarding the magnets in a different poles why the reples and turns and attrats

[@kratigupta5890]

You are amazing teacher sir Sir voice is not coming properly in this video 👍👍🤩🤩

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Sir ...you are the best physics teacher I've ever met ........I believe I can score 💯 with your help ..... THANK you so much

[@ritashukla922]

I understood this properly for the first time Thnks a lot sir For such a great explanation 🙏🙏 Bless me sir so that I can give my examination best🙏🙏in this pandemic period also

[@AshishSingh-pj7pc]

Mike me kuch prblm h kya sir awaj clear nahi a rahi

[@santoshkadam2327]

Sir u is best and best teacher tq u so much

[@SunilKumar-bq8vf]

nice sir

[@adarshkrchaudhary2269]

the audio quality is not good at some time

[@nagarajas4658]

How nice you explain sir I really appreciate your Tallent sir👌👌👌

[@SanjeevKumar-gl2in]

Mic is quite blunt

[@SanjeevKumar-gl2in]

Yessss

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Amazing 🤗

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Mic prblm sir plz check it

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This information I got clear sir You are the best physics sir in the world

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from icse thx sir

[@sarthakarya649]

Sir 1st magnrtic field from conductor or camt we say from wire ?

[@chikumon866]

Very nice sir .

[@dumbledore7249]

when the mic touches his throat it sounds like Donald Duck

[@abrarsaiyad2749]

🤣😂

[@thisisnithyahasini]

Who else are watching this in 2022- 23?

[@bhuvansh6004]

World best teaching instute vedantu.👌👏

[@contimpsolutions424]

you are great bro

[@pranamihayaran]

Sir, I studied somewhere that the force acting will be equal to BILsin theta. Is that correct? As you said it would be just BIL.

[@rithvikbhati9990]

Pranami Hayaran hm I agree it's what Is sin 90 that's =1 I hope uh understand

[@aditipatil0306]

What is BIL?

[@donalddmello2836]

Have a small question, will it be correct to say that when there is an increase in length, there will be an the current (I proportional to L), so magnetic field's magnitude also increases?

[@saynapal2138]

No u can't say .... Becoz, R = pl/A ...that is, Resistance is directly proportional to length of a conductor....If the length is more, the resistance is more....and hence the current is less ( as resistance is inversely proportional to current) . Hence, you can't say length to be directly proportional to current.

[@saynapal2138]

But you can say, length to be directly proportional to magnetic force, which is produced by a magnetic field....as, the length is more, their will be more magnetic field lines.... hence more force...

[@saynapal2138]

Hope it helps...🤗

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so that i was learning more from u

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It is worth to watch such a good teacher

[@l_1676]

Thanks sir...

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Wow sir kya padate h yar

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Great explanation sir....

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U are amazing sir for physics

[@sammedthelegend8334]

👍

[@___bhaartiya]

Sir does nature of conductor is one of the factor?

[@alishbakhatoon3429]

Thank you so much sir

[@r.j.7741]

Hi sir