Divergence Theorem - Proof and Applications

#divergence #divergencetheorem #electrostatics
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[@Abhishekyadav-nr9ht]

Ma'am literally you r genius.......
Aapne 7 minute ke video me divergence theorem itne achhe se padha diya...Aapka content bahut achha hai..... 🙏🙏🙏

[@PadmasriNaban]

Thanks....☺

[@karthikm8319]

Mam you handwriting is awesome, and it increases the concentration to listen, and superbb explanation,thank you ❤️

[@PadmasriNaban]

Thanks....👍

[@faltuladka1435]

Ak ak point kitne acche or simple trike se likha or smjaya mam aapne......thank you mam.....U r superb.

[@PadmasriNaban]

Thanks... Keep supporting my channel👍

[@anandkumar-bt1rc]

Ma'am you explained the Gauss's divergence theorem in such a way that in you tube no one explained like this. Thank you a lot Maan from my bottom of my heart ❣️❣️

[@PadmasriNaban]

Thank you.....
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[@babulhansda6541]

Loved it ♥️...never knew proving this would be this easy*

[@pebbetivenkatesh]

Is it gauss theorem?

[@PadmasriNaban]

Thank you....
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[@PadmasriNaban]

Divergence

[@orikpeyang4043]

Mamdam, you are really a great teacher of physics, among the others teachers. I like your teaching , writing clearly with explanation, statement , derivation etc. Maam you long live. 🙏🙏🙏🙏❤❤❤❤

[@PadmasriNaban]

Thank you so much....
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[@tabassumjannatun1274]

Thank you❤️...I needed it most right now❤️

[@PadmasriNaban]

Thank you...
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[@aliirshad9765]

Best explaination in short time

[@PadmasriNaban]

Thanks for your support

[@gamingtowards]

Maim mujhe is theorem se bahut dar lagta h lekin aapne itne ache se padhaya ki ab sabse aasan lagne lagi bahut bahut dhanyawad mam 🙏🙏🙏🙏🙏

[@DarkSlayerphlc]

Great lesson. Thank you very much. You are awesome!!!!

[@PadmasriNaban]

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[@memeboy8247]

such a great personality mam you are learning fantastic 🥰

[@dreamandstars]

Thank u thank u thank you so so so much mam....tomorrow is my exam and I am reading this theorem today...and i have seen so many video ..and I understand nothing but get confused...but after watching your video its become super easy...thank you once again 😊

[@PadmasriNaban]

Thank you so much....
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[@HuzaifaKhan-1786]

This theorem is also useful for engineering students to learn

[@PadmasriNaban]

👍

[@HuzaifaKhan-1786]

Ok..

[@aravindhansm]

Thank you mam .
It is very helpful

[@dongsunable]

!!!!!!!!!!!!!!!!!!!!!! It is so clear and so understandable wow thank you

[@PadmasriNaban]

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[@alizaedits2]

Thanks mam for this outstanding solution 👌

[@gautamkumar-jq9ps]

Thank u ma'am for proving so accurately and precisely

[@PadmasriNaban]

Thank you...🙏
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[@sayanmondal6976]

Ma'am how del-x and dx canceling each other? Is it right?

[@ishwaryaishwarya9007]

Thank you mam.
Priyangadevi 1st year b.sc physics

[@ramkumarsahu358]

Thank you ma'am 👍👶

[@muhammadrazzaq9845]

Really made so easy mam. May Allah bless you!

[@PadmasriNaban]

Thank you....

[@suryakc6554]

Thank you so much.. it helps so much for me.

[@PadmasriNaban]

Thank you....
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[@zari568]

Thank u mam u can explain in easy way i can't believe it after seeing thing video this therom is like easy🥳🥳🥳🥰🥰🥰

[@PadmasriNaban]

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[@mr_eshwaran]

Thank you man❤

[@PadmasriNaban]

Thank you. .
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[@abiyav5671]

Thanks mam for clear explanation 👍

[@PadmasriNaban]

Most welcome 😊

[@Abhishekyadav-nr9ht]

I subscribed this beautiful channel....... With extra talanted teacher... 🙏

[@vithikaviaansh12323]

Very good explanation

[@PadmasriNaban]

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[@studyplus8041]

Thank u mam ...shortcart way to learn

[@PadmasriNaban]

👍

[@aasthaupadhyay-ft5xl]

tq

[@sabeeqashafi6293]

Thanku mam love u😘❤️

[@PadmasriNaban]

Thank you

[@deepthi6054]

Super explanation mam......thanku so much

[@PadmasriNaban]

Thank you....
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[@SABRRGRUPOFACOMEDY964]

Thanks
Concept clear👌👌👌👌

[@PadmasriNaban]

Thank you...
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[@oceansage7470]

Excellent!

[@PadmasriNaban]

👍

[@kongolameka5155]

Thank Madam 🙏

[@PadmasriNaban]

Thank you....🙏
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[@chandrajyothibojjapu9566]

Thank you for your explanation mam

[@PadmasriNaban]

👍

[@saumyagupta7192]

Thankyou ma'am. 😄 very helpful

[@PadmasriNaban]

Thank you...
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[@shr_jiil]

Thanks alot

[@kodimyalaajaykumar4888]

Thank you mam 👌👌

[@wonderfullife5665]

Wow ma'am. 👏. You made it so easy 😀

[@PadmasriNaban]

Thanks...👍

[@shanidhatiria]

Tysm

[@dikshamishra9429]

Thank u so much ma'am ❤

[@mrcar872]

Thanks maam.🙏🙏🙏

[@PadmasriNaban]

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[@sk.muzafarmuzafar7614]

Tq very much madam ur jenious

[@PadmasriNaban]

👍

[@madhumita8777]

Awesome video

[@PadmasriNaban]

Thank you...👍

[@xtarvlogs7378]

Thanks mam really was helpful ❣️

[@PadmasriNaban]

👍

[@061_arsh]

Nicely explained 😊

[@PadmasriNaban]

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[@AryanSingh-vw1sm]

Thnks

[@PadmasriNaban]

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[@rownakafroz1519]

Great lesson Mam. To the point and proper. But if a figure was added maybe became more perfect.

[@PadmasriNaban]

Thank you....👍

[@brithest_arewa7686]

Thank you so much mum
But if possible we need an examples and solutions under the divergence theorem.

[@PadmasriNaban]

Sure.... I'll upload the problems solved video soon

[@saisaipatel9382]

Gauss divergence theorem and divergence theorem both are same or not

[@vaishnavibathre8751]

Tq so much for this....👍🏻✨

[@firozmalik4225]

Aayegi kya ye exam me 😭😭

[@adarshpandit6586]

Thanku so much 💯🙏mam

[@PadmasriNaban]

👍

[@m.vijaypaul4480]

Madam could you please explain dielectric conductor interface

[@muhammadramzan075]

Well done

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[@Natures_beauty_with_sr]

Thank mam

[@PadmasriNaban]

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[@nishantverma7108]

So helpful mam

[@PadmasriNaban]

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[@Md.ShafiqulIslam-lu9bj]

❤❤❤

[@PadmasriNaban]

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[@SagarKumar-zv8vq]

Thanku ma'am ✌

[@PadmasriNaban]

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[@syedaayesha4711]

Mam one video on green's theorem 🙏

[@PadmasriNaban]

Sure....

[@syedaayesha4711]

@@PadmasriNaban mam 1st sem exams ahead not yet prepared please any importants for bsc MPC's please kindly share mam vidos links for preparation

[@nadupurudeepthi6379]

Thank you madam..

[@PadmasriNaban]

👍

[@saidurrahmansumon9413]

excellent mam

[@thankyouforwatching-o7g]

Thank you mam

[@PadmasriNaban]

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[@tanmaydey1731]

There is a did not cancel out the dx/ doax

[@AKSHAYAD-2005]

mam r u teaching as per sadiku???

[@riyasamyuktha]

Clearly derived

[@PadmasriNaban]

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[@ben10studio32]

super

[@PadmasriNaban]

👍

[@Mistersankalp]

Dy ko ro - x ke sath kaise cut kar diye

[@thanigaimalai4786]

Tq mam👍👍

[@PadmasriNaban]

👍☺

[@ashusaini6791]

Ye cancel kese hogaya

[@raselarfinsunny7276]

You are so geniouse Mam..I don't know how to thanking you mam...Do you have proved the green's theorem? Plz share this link

[@matthewvanchhong1798]

At the last section, the normal vector is missing. Is the proof valid even the normal vector is not present?

[@PadmasriNaban]

Whenever we are replacing dydz = dsx -> dsx represents dy and dz are the normal component of x axis.
In the last section, we can represent A.n ds

[@Anilkumar-wk5nt]

Nice mam aap achhha padati ho

[@PadmasriNaban]

Thank you....👍

[@HarmanSingh-ir5fv]

Where is ' n ' in last answer ?

[@dipanshubhai640]

ds = nds where n is outward drawn normal

[@rakeshpatil4024]

​@@dipanshubhai640yaar ek saal hogaya usne cmnt karke😅....

[@TrendHarmonix]

​@@rakeshpatil4024😂

[@Anilkumar-wk5nt]

Mam important questions bata Diya karo exam ke liye

[@cbsephysics7001]

mam if I write this without explaining the terms will i get full marks and mam add some language in the derivation otherwise great video

[@PadmasriNaban]

Sure ma...
I'll add explanation in coming videos..
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[@cbsephysics7001]

@@PadmasriNaban waiting eagerly

[@ry7290]

Beautifully explained 🤠

[@PadmasriNaban]

Thank you.....👍

[@y.bharathi6274]

👍👍

[@PadmasriNaban]

👍

[@khaledhossain8145]

Mam, do you have proved stoke's theorem ?plz share link.

[@ashusaini6791]

How it is possible

[@anish8687]

मैडम डायग्राम भी बना कर दिखाओ प्लीज....

[@arinut]

Mam how del z is cancelled with dz and same with all

[@Mistersankalp]

same question brother because del a , del b , del c kaise cancel ho sakta hai dx, dy and dz se 😢

[@neharawat1384]

A=AxĀ+___ ?
How can this is possible

[@PadmasriNaban]

Ans is A or
A x A

[@OneClickSolutionspro]

Very wekk expalined with concept. Maam, can you send whole material of Electromagnetic Field subject? Which will beneficial for the exam point of you.
Thanks

[@PadmasriNaban]

👍

[@OneClickSolutionspro]

Very well* explained

[@mishraswagat....3573]

🥰🥰🙏🙏......

[@shikharmishra03]

Mam can we write this in physics

[@PadmasriNaban]

Yes...

[@pebbetivenkatesh]

Is this gauss theorem

[@PadmasriNaban]

Divergence

[@myself9754]

Thoda confusion hai ider mam, dSx=dYdz how,,

[@PadmasriNaban]

Surface area with respect to 'x' axis = length in 'y' . breadth in 'z'
S = y x z
In case of differential equation,
dSx = dy.dz

[@sanjuhunter1973]

Exam lo rayavachcha

[@lavanyalovely4726]

Mam this answer can we write in degree 1st sem1

[@PadmasriNaban]

Yes ....👍

[@2005positivedimension]

Mam bsc 2nd year ke liye h ye video

[@PadmasriNaban]

Yes...

[@sundramsagar1179]

Not bad

[@PadmasriNaban]

Thanks for your support

[@dinesh1162]

Mam udar do.x d.x kise bangaya
Jo vudar cancel hua he

[@nihilisticboi3520]

Those two terms are the same in 1D so it really doesn't matter.

[@syedaayesha4711]

Mam please help exams mam

[@2005positivedimension]

Plzzz reply mam

[@saisdhargujjala6861]

Maxwell s equations

[@PadmasriNaban]

I have uploaded Maxwell derivation video in EMF playlist in my channel...

[@sittaraasghar3196]

1728 bs phy sem 1st sittara Asghar

[@PadmasriNaban]

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[@ashusaini6791]

Dell x cancel but dx kese ho skta hai

[@PadmasriNaban]

dv = dx.dy.dz
Here we are going to take the dx only for Ax that becomes partial differentiation of x -> dx is same as dell x. So we can cancel both. Integral of differentiation of Ax = Ax itself.

[@sacchulinge7305]

Mam plz share this notes...🙏

[@PadmasriNaban]

Sure... Send me your mail id

[@ShoaibAhmad-xg7kq]

Mam please give the explanation lest we can write this one properly in exam.

[@ShoaibAhmad-xg7kq]

Mam please as soon as possible do this.
Sorry mam.
Thanks mam.

[@PadmasriNaban]

Send me your mail id

[@ShoaibAhmad-xg7kq]

[e-mail]
This id is very large.

[@PadmasriNaban]

Will send the lect by tomorrow

[@ShoaibAhmad-xg7kq]

@@PadmasriNabanMam I didn’t get this one.
Please mam, give this one quickly.

[@sanjuhunter1973]

Mam can I write it exams

[@PadmasriNaban]

Yes... You can write it in exams...👍

[@sanjuhunter1973]

@@PadmasriNaban tq mam