Inductance of Coaxial Cable

[@ravivamsikrishna4506]

Very useful and clear cut explanation... Thanks mam.. please keep uploading .. subscribed your channel

[@PadmasriNaban]

Thanks for your support☺

[@anushkavijay9861]

Ma'am how are we taking area to be 1.dr? And ma'am also when we take area vector in flux it is area of cross section right..? Please correct me if I am wrong !maam

[@infinitx1330]

simple and clear explanation thanks

[@PadmasriNaban]

👍

[@aditya___adhi]

Thank you madam ❤

[@PadmasriNaban]

Thank you...
Keep supporting my channel...👍

[@jagath_24]

TNX a lot madam

[@GyanVarsha94]

Is there any change in the formula If the material of the Shield and the core are same

[@PadmasriNaban]

No change in the formula
Keep supporting my channel👍

[@vihaan.2019]

thanks

[@39felizedits63]

Can you please make a vedio on necumans formula

[@PadmasriNaban]

Sure in future.....👍

[@kabirved]

Thanku mam

[@PadmasriNaban]

👍

[@sohelsyed6686]

Tq mam

[@PadmasriNaban]

👍

[@deniz-gunay]

I think you made a mistake.
Flux = B x dA
but what you did here is,
Flux = B x dr which is wrong actually. Because dA = h . dr
So you forgot the height.

[@PadmasriNaban]

For coaxial cable, height is considered as 1....

[@deinahrsnoidson7961]

This is so bad... so many mistakes...

[@PadmasriNaban]

Mention the mistakes....please

[@kelvinkayuni8331]

@@PadmasriNaban magnetic flux = integral of magnetic field times the change of Area.but she times magnetic field and change in radius instead of Area

[@kelvinkayuni8331]

@@PadmasriNaban Any way she is right,for that inductance to be per unit lenth of a coaxial cable