Recent content by Taz

thankyou

Hello, I am adding new photos .I want to solve the equation 62.7 of this problem. Its radial part diverges for zero to infinity limit. I don't know how they normalized that part. I want to do it in Mathematica

Its a real shame that the images are not clear. I will put the clear one

The 62. 7 equation is correct as its the radial part only the angular part is solved by kronecker delta. can you send me the link of equation you have written?as its confusing as i always thought that after normalization we can have 1 for same l,m and 0 for different l,m

I am attaching the problem again with my hand written sol which explain what is my target

Sorry for the inconvenience,.Its the sphere enclosed inside the infinite potential .Once we normalized the wavefunction the spherical harmonic(angular part) solved by kronecker delta but the radial part becomes difficult to solve as it contains bessel function (containing trigonometry terms) ...

Im trying to solve the equation 62.7 of this numerical on mathematica. Whenever i try to normalized the function it shows function diverges. As the Bessel function contains trigonometry term so it diverges. I don't know how to solve the integral. Can i use the hydrogen atom wavefunction in exp...