Electric Field inside and outside the parallel plate capacitance @kamaldheeriya

In this video full method for finding electric field inside and outside the parallel plate capacitor in the most convenient way is describe and also in this video capacitance of parallel plate capacitor is also calculated
i hope that this video is helpful for you.

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[kumarsujal]

I was so confused that how they are cancelling each other in the outer regions but you explained it so easily 👍😀

[ShivrajSingh-dyks]

Beautiful explanation sir, it helps me in derivation of ic=id in electromagnetic waves

[hriday]

2years later I find this, I am very grateful to you wonderful explanation

[Sajitha]

Sir if σ1=σ2 then how the intensity of the regions calculateddd plzzz replyyy

[furious]

wow sir i understood it very well
thanks alot

[lexic]

Sir I'm confused about the direction of electric fields in the first region. please explain

[bibhasgarai-gsmptti-]

In the case of infinte extended conducting plate the value of electric field is= sigma /epsilon. Then electric field within the 2nd region should be
E=2*sigma /epsilon
Why E=sigma /epsilon?

[sikespiegel]

At 5:07 there’s a mistake V is not a vector instead E and d are there dot product gives V. In a constant electric field Edcos0 = V.

[umangtiwari]

Sir coaching mein samja mein nahi aaya tha thanks for the video

[manishkumarmuthukaruppiah]

How same electric field
When dist varies

[amberxv]

i hope u just spoke with one language. nice explnation but i only understand english

[utj]

1:51 plate ki E field sigma /e° hoti hai n sir.
To yaha isko sheet kyu consider kara

[abdullahsajjad]

Sir why direction of electric field of both plates is same Inside capacitor?

[naidulagudu]

Everything is fine sir but why plates are considered as infinite

[SaiKumar-pdcl]

The plate is conducting so electric field due to one plate is sigma/epsilon. Why did u take it divided by 2

[TubeMonk]

Parallel plate capacitor Pura samjha Diya Aapne toh sir ji

[Pratibha]

Direction ya ho ga wo ho ga baata tho sahi kyu ho gi