GREPhysics.NET
GR | # Login | Register
   
  GR8677 #49
Problem
GREPhysics.NET Official Solution    Alternate Solutions
Verbatim question for GR8677 #49
Quantum Mechanics}Schrodinger Equation

Recall the Time-independent Schrodinger Equation,

where H=-\frac{\hbar^2}{2m}\psi '' + V(x) \psi = E\psi.

The classical Hamiltonian is H=\frac{p^2}{2m} + V(x), where one sees the only difference is p \rightarrow \frac{\hbar}{i}\frac{d}{dx}. From the classical Hami, one can directly reach the Hami operator in the TISE via substituting a differential operator for momentum, as in choice (B).

See below for user comments and alternate solutions! See below for user comments and alternate solutions!
Alternate Solutions
sunnysunny
2019-08-07 04:43:51
The information you share is very useful. It is closely related to my work and has helped me grow. Thank you! subway surfers\r\nAlternate Solution - Unverified
Comments
ernest21
2019-08-23 02:02:18
I thought of it in terms of the selection rules , . If the initial state has , which corresponds to spherical symmetry in the wavefunction, then according to these the final state must have , which is not spherically symmetric. candle in the tombNEC
joshuaprice153
2019-08-09 06:41:39
I completely agree with you. I really like this article. It contains a lot of useful information. I can set up my new idea from this post. It gives in depth information. sprinkler repair MiamiNEC
sunnysunny
2019-08-07 04:43:51
The information you share is very useful. It is closely related to my work and has helped me grow. Thank you! subway surfers\r\nAlternate Solution - Unverified
UNKNOWNUMBER
2018-10-15 01:52:20
Easy free points!NEC

Post A Comment!
You are replying to:
I thought of it in terms of the selection rules , . If the initial state has , which corresponds to spherical symmetry in the wavefunction, then according to these the final state must have , which is not spherically symmetric. candle in the tomb

Username:
Password:
Click here to register.
This comment is best classified as a: (mouseover)
 
Mouseover the respective type above for an explanation of each type.

Bare Basic LaTeX Rosetta Stone

LaTeX syntax supported through dollar sign wrappers $, ex., $\alpha^2_0$ produces .
type this... to get...
$\int_0^\infty$
$\partial$
$\Rightarrow$
$\ddot{x},\dot{x}$
$\sqrt{z}$
$\langle my \rangle$
$\left( abacadabra \right)_{me}$
$\vec{E}$
$\frac{a}{b}$
 
The Sidebar Chatbox...
Scroll to see it, or resize your browser to ignore it...