- #1
Hyperreality
- 202
- 0
I've recently posted a thread asking for help in the Homework forum in solving this problem, but till now I still can't figure out how do find the solution to this equation.
Here is the problem.
Show that [tex]A=(\frac{m\omega}{\hbar\pi})^{1/4}.[/tex]
From the normalisation condition
[tex]|A|^2\int_{-\infty}^{\infty} e^{-2ax^{2}}=1[/tex]
Where [tex]a =\frac{\sqrt{km}}{2\hbar}[/tex]
I'm really have no idea on how do solve this problem. Does this solving this problem require the use of Fourier Transform?
Here is the problem.
Show that [tex]A=(\frac{m\omega}{\hbar\pi})^{1/4}.[/tex]
From the normalisation condition
[tex]|A|^2\int_{-\infty}^{\infty} e^{-2ax^{2}}=1[/tex]
Where [tex]a =\frac{\sqrt{km}}{2\hbar}[/tex]
I'm really have no idea on how do solve this problem. Does this solving this problem require the use of Fourier Transform?