Solution for potential function

[@vitaminprotein532]

If any how this message gets to Prof. R.K. Shevgaonkar, I would be glad. Sir you are AWESOME. What a personality he is! Just awesome. I have studied whole EMT from his lecture. EMT was always my Achilles heel. Now it is not. perhaps it is the most interesting subject. ALL BECAUSE OF HIM. May god give you all good health.

[@debabrata2137]

Same. He is a great human as well. See his interview in KZbin. You may contact him to show your gratitude. I personally communicated with him several times via email.

[@raghuram9687]

Thank u very much sir for this lecture... It make sense how to go through antenna propagation.

[@sn911111111]

pretty good analysis. I wish i had brains like Green and rest.

[@vamshikrishna2005]

in the final equation after integrating greens function is j Beta r missing from the limit equation

[@paulamiroy953]

Are you talking about the solution to the volume integral in 30.24? What answer did you get? I am not able to get the same answer as Professor.

[@codemaruti]

Psi =rg how d2psi/dr2+beta2psi =del(r) comes

[@paulamiroy953]

Thank you Professor.

[@thisiskurt]

I could never prove that psi = Asintheta+iBcostheta=e^iwt.... I know that psi = (2/a)^1/2 * sin(npi*x/a). But I never went the extra step to prove that it equals the imaginary exponent.... :(

[@gokulchandran5586]

why we r taking the limit r tends to 0?

[@poiuwnwang7109]

I have the same question.

[@riseabovehate9476]

In the limit , the source is a point . hence r =0

[@musabaslee8436]

Great

[@riseabovehate9476]

So fucking difficult