Physics - Ch 66 Ch 4 Quantum Mechanics: Schrodinger Eqn (13 of 92) Time & Position Dependencies 2/3

In this video I will find C=?, of the position part of the Schrodinger's equation by using the time dependent part of Schrodinger's equation, part 2/3.

Next video in this series can be seen at:

[Alexbingov]

Oh Man...you are simply awesome...I Love the way you teach these complicated things...

[_tasneem]

Sir can you till me how we dare to assume that f=Const/h !!!!
Is it by feeling that it would be like wt =2bi (A)t…….so A is the frequency😀!!

[aylarodriguez]

Biezen you have literally saved my life every day for the past 3 years. Thank you for being an empathetic teacher. You are cherished.

[curtpiazza]

I'm following along...so far so good!

[everythingrobotics]

Sir..Why didn't we consider the constant of integration in 1:43...wouldnt that be like "ln(f(t))=(c/ih)*t+ constant of integration(say function has a pre exponential factor if we consider the constant of integration...so final ans should be f(x)=k*exp((c/hi)*t)...where k is arbitrary constant...
in a way we are saying k=1...how do we arrive at that conclusion?

[GiuliasWorldB]

Hello, I love the way you explain!
I was wondering, do you have videos on rocket science? The equations linked to the launch of a rocket and so on? I'd really need them!

[aniruddhmaitra]

Just asking, why didn't we take care of the limits while integration??

[TheMariana]

You explain very well. I find that in my lectures my professor doesn’t have the time to explain all the mathematical steps. It’s really helpful getting the full picture. Thank you!

[akshettrj]

is there any subject that you don't teach?

[satyamkumar]

How can u write f=c/h ? Is it dimensionally correct??

[ujjawalagrawal]

Thank you sir for your great work but i was unable to get how c/h changed to f or why did you do so ?