Class 12th - Magnetic Field due to Solenoid | Magnetic Effect of Electric Current | Tutorials Point

[@TutorialsPoint_]

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[@shashanktyagi6064]

Again mesmerized with your explanation

[@vamshi.s1463]

@Rowen Hank is there the same way to hack...facebook..thn do share tat also😅

[@rathaprasi6135]

Thank u so much sir we can clearly understand the concept...lots of love from Tamil nadu 💜💜

[@vedavalliv9597]

Hey naanum thaan!

[@upgradehari2548]

In Ur state no body is not there to explain the topic 😡

[@rathaprasi6135]

@@upgradehari2548 yea ...in our school..an institution came ..some local one...for teaching neet IIT...but our school asked them to teach for CBSE board... Chemistryyyy and bio was gud ....but they thought nothing.. in physics and maths....for the sake of finishing..they explained nothing.. completed the portion only few days before board

[@geetha7473]

@@upgradehari2548 poda p*#nda

[@upgradehari2548]

@@rathaprasi6135, never mind bro.

[@Bhawna2021]

Yes it's great to c a physics teacher working dedicately to explain the concept in sincere way...

[@bhardwajaditya415]

Sir is no more

[@Bhawna2021]

So sad to hear.. RIP

[@bhardwajaditya415]

@@Bhawna2021 yes

[@noufalnallattuthodika428]

Sad to hear

[@NeetstrategiesinTamil]

I am getting so interested to learn this topic after watching this video. Thank you sir

[@geetha7473]

After 3 years Now you are medical student Happy ...... 🔥

[@karma8564]

Thala neengalaa 🔥🔥

[@Aleenavlog343]

One of the best teachers in the world 😍

[@Deepak-xr4ht]

Hi

[@raminshahab9400]

The way he explains is absolutely incredible love from pakistan🙏🙏

[@mishikaagarwal5277]

sir, thank you so much for explaining this concept with so much clarity. i watched so many videos on this topic on yt searching for why b was 0 outside the solenoid and you are the only one who explained it.

[@patelaryaks4649]

detailed explanation from faithful teacher sir

[@siddhimishra246]

You are the best teacher sir....

[@venkatarajasekharpedamalla]

You explain awesome sir your explanation is really good just like ALAKH PANDEY(physics wallah) BUT ENGLISH VERSION 😅😅

[@akhilswaminathan1317]

What is difference between (Capital I) "I" and (small letter i) "i" , here

[@BakaSama24]

Daebak! This explanation is just so great and I totally get the concepts. Thank you so much!

[@rutho7998]

Sir i really like ur lectures it's easy to understand thank u so much

[@SanjuYadav-kp1pj]

Again no words for your excellent explanation

[@physics007007]

Man of physics✴️✴️✴️✴️✴️✴️✴️✴️✴️✴️✴️✴️✴️👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏👏

[@shubhamhagawane5758]

Sir your video is best short video but large explainations I just love it

[@madab2068]

He is not alive .He get died in 2018

[@jack-jackofalltrades]

Extremely useful. Thank you very much sir !

[@anirudhmadri2628]

Thanks sir you explained very nicely

[@srilakshmi7073]

Woah why didn't I find this before it's so informative

[@AbdurRahman-ny7ne]

Thank you so much sir,you are a silent mood person.this explained was so good.

[@himanshuvishwakarma2348]

Aap bahut aachaa padaate h My doubt clear

[@Bhawna2021]

Else I saw many scamp teacher just to attract children on you tube.... U r very decent

[@happyorbital6547]

Great efforts sir Thanks a lot 😇🤗

[@sandhyasrinivas9175]

Superb explanation sir understood very easily

[@saadalattawneh2919]

cos 180=-1 then the integration on the close surface of B.dl= 1-1=o

[@ramirezking3330]

Why PQ is cos 180 ? Plz help not getting it from everywhere .

[@pandu22974]

Awesome sir loved it soooooo🙏💖much

[@PKMKB93000]

14:14 sir cos 180 is not equal to zero it's equal to -1 So according to your approach Net magnetic field is zero which is wrong

[@abhigyarangari2701]

Its not cos 180 but B which is zero

[@MrKishore9]

@@abhigyarangari2701 but why B is zero?

[@abhigyarangari2701]

@@MrKishore9 sum of entering current is equal to leaving current. Net current=0

[@archanamaurya5121]

Magnetic field on PQ is 0 since PQ is much away from SR so the magnetic field is assumed to be 0 there

[@MrKishore9]

@@abhigyarangari2701 Leaving current and entering current will make B in every path of loop 0 so u r not able to calculate B with above explanation.Though imaginary rectangle loop concept is correct but explanation is bit wrong for path Q to P. Thankyou

[@thewhyquestion5589]

Bohot gajab sir Love you

[@arunmisihadas6070]

Pradeep sir = perfection in Physics. Great🙏🙏🙏🙏🙏

[@MrKishore9]

Sir, While calculating B for Q to P path,you considered both parts of solenoid which is inside and outside rectangle,so B=0. But while calculating B for S to R,you considered only that part of solenoid which is inside rectangle.Why so?

[@prashantmishra7507]

Your question is eligible, but what happens is that magnetic field inside the solenoid is getting added up due to the current in upper and lower half where as , outside the solenoid the magnetic field gets nearly cancelled. Try figuring out the direction of magnetic field inside and then outside the solenoid, due to each half and then you will realise why we do not consider both the halves in path RS.

[@ironman-j1n]

Miss you so much sir 😥😥 may your soul rest in peace ..

[@geetharathakrishnan6566]

What??

[@ironman-j1n]

@@geetharathakrishnan6566 sir have passed away 😭

[@geetharathakrishnan6566]

Really?! I cant beleive ..how do u know..omg😦

[@LUCKYLUCKY-kh3uz]

Oohh my god so bad

[@Al-muslimah-s2c]

👍❣️❣️love from kashmir

[@meeruthiyachora4472]

Gajab pdhate h sir ap

[@aaremanesha9356]

Nive video sir upload some more videos.very ureful mainly for diploma students 👍

[@abiRahimSheikh]

pressure free understanding

[@manigandanselvaraj]

nice comment

[@divyanshbajaj9444]

When we take two loops far apart , why have you designed the magnetic field line like this?

[@vinodpandey8761]

divyansh bajaj no it's not far apart actually the direction of current is different but the magnitude is same so it will cancel each other

[@preethapreetha4998]

Sir if the magnetic field at a point outside cancels due to opposing currents then why can't the current along the axis cancel out since each point contributes to magnetic loops

[@ritikagupta8798]

We are missing you sir😢😢😢....

[@RahulSingh-xp1xg]

Probably the best lecture on solenoid.

[@whoisprafull]

Thank you sir Make more like that

[@poruridheeraj2532]

Super ,👍👍👍👍👌👌👌👌👌👌😊😊😊😊😊

[@chiraggarg2545]

Sal what is the way of your studies in what way does you study the students are cannot understand it is very useful

[@soulregaltos924]

C SA S.Y Garg sorry bro but improve ur English

[@preethapreetha4998]

Sir I have a doubt. When we consider the entire solenoid will the magnetic field produced be zero due to entering and leaving currents.. If so how can we magnetize materials by placing it inside the solenoid?

[@reck5132]

You got your answer?

[@wangchukwangchuk-o1h]

if sir could explain and demonstrate how the angle is 180 it would be great. Also, how can magnetic field become zero at line PQ because there is magnetic field going from one end to other end of the solenoid.

[@PriyanshuSingh-qz9nz]

Thanku sir 😎

[@misriyathmirfa1928]

Thank you🌈

[@nivedithac-a-2572]

Thank you so much.

[@kartikjaiswal595]

By the value of current the B inside slolenoid have to be with capital N not small sir

[@shubhamawasthi6467]

Very helpfull .....

[@sd-29sharad17]

Thanks sir.

[@lemnaiwangnawlemnu7955]

Just increase playback speed. And boom. Feeling better

[@shortshub8002]

Nyc explaination

[@zinethsrijayanath1483]

ආයුබෝවන් sir Thank you soo much

[@Life_Updates25]

SR cos180 zero kese hua smaj me nhi aaya

[@sowmiyaa_ss_4421]

Aswommeeeee

[@sarveshjindal5923]

gzb sir thanxx...

[@ramadhanindange3379]

You so good father 👨

[@nasreenfatma3954]

Please make a video on the magnetic field at axial and equitorial point

[@indrakumarvarma5735]

Awesome sir

[@devadakshanvenkatesan5566]

Thanks a lot sir, it helped me a lott 💯

[@TKPro2]

thanks a lot

[@PriyaSharma-bu3oy]

Sir is this applicable for bsc.2nd year also

[@bhardwajaditya415]

Sir is no more

[@PriyaSharma-bu3oy]

@@bhardwajaditya415 what is this true?????

[@bhardwajaditya415]

@@PriyaSharma-bu3oy yess

[@PriyaSharma-bu3oy]

@@bhardwajaditya415 rip🙏

[@bhardwajaditya415]

@@PriyaSharma-bu3oy aap kon se, class m ho

[@viveksinghsikarwar936]

Thank you sir

[@shahrozfareed9901]

14:14 sir cos 180 is not equal to zero it's equal to -1 So according to your approach Net magnetic field is zero which is wrong By the value of current the B inside slolenoid have to be with capital N not small sir Why we take a loop in current carrying solenoid?

[@viratrobbie3259]

cos 180 is -1 . but he took B zero there, as its very far away from the current.

[@anupamkumar1901]

Amazing

[@somihmar0202]

thank you

[@rekhakarnwal1494]

Why didn't we took our Amperean l loop square shaped

[@anwarorakzai5916]

You can take no problem

[@Vishnu-op1um]

What is meant by u0

[@sandhyasrinivas9175]

Sir but m.f at an axial end point calculation?

[@mdhasn2501]

Nice sir

[@charumeow8382]

Why we need amperian loop sir?

[@soulregaltos924]

charu meow we can calculate the same mag field by other methods but since the topic is related to amp loop he did this calculation by drawing an amp loop

[@Prashantkumar-xr9mi]

Are master integration of s to r ka likha

[@dhinakaranp9359]

Why we take a loop in current carrying solenoid

[@246sourav2]

Bina current k magnetic field ksa aa a ga bhai

[@naimatullahkhanitistruth5062]

Sir ap ka website nahi he

[@bhardwajaditya415]

Miss u sir

[@ShivanshRana]

missing you sir

[@jaheer1729]

Why you put cos (theeta)

[@sanjibpatowary583]

Tq sir

[@shaikhdanish5433]

Why we take rectangular loop not other

[@JamiatUlmaPakistan]

👍👍👍👍

[@pessoccer3070]

This guy is really good

[@chandrakanthbhimarao5340]

do you play pes 2019?

[@nabeelpa5846]

Why didn’t you take sine value here

[@jaihind2665]

Aswm

[@dalbeersingh163]

nyc

[@karanvishwakarma8665]

Sir कभी आप तक हिंदी में भी बोलिये

[@sagargowda5819]

Sir why not join IIT'S

[@pradipacharya6397]

Derivation is wrong sir.... Please check it

[@ckspernicious4723]

B is the magnetic flux density not magnetic field strength . Magnetic field intensity (strength) is H.

[@MDA894]

sir if f some other current surfaces effect the the flow of filament current then what is our net B ,H, how2 will caculate these things

[@Abhishek-iq1ux]

Sir this is magnetic field due to ideal solenoid, but for simple solenoid, B has some other value! Please derive that...

[@rohitbiranje4091]

Sir Please give me information about generation of 1.2 Tesla magnetic field from solenoid

[@SarthakC7]

Why cos180 Someone tell

[@BakaSama24]

Considering the length of amperian loop PQ which is outside of the solenoid, the direction of current is from left to right at the top of solenoid loop whereas the magnetic field goes from right to left outside solenoid. So both I and B are opposite in direction thus making 180 angle with each other.

[@anupamB]

Magnetic "Field" not Filed

[@chaitanyakunda8583]

so waht if i assume the ampere's loop very close to the solenoid ? how can you prove that is 0. And i really don't think thats a good explanation for that.

[@Abhay-nh6ns]

RIP

[@hamanihamanijangra6064]

Don't clean at blackboard sir

[@ishweryadav6753]

that is white board

[@ishweryadav6753]

that is whiteboard

[@easylanguages8846]

Itna lmba kyu bnate ho yrrr......itna time nhi h kisi k passs ki tmhara pravachan sune

[@projjwalmukhopadhyay4232]

I am gonna be a party pooper and correct the spelling of field (its written "filed" which is a different thing)

[@dharmendrakumar-fe2xv]

London m taxi chalaega

[@rayappab9539]

Thank you sir.

[@sanjanapatil22]

Thank you Sir