Re: Need help in Calculating Wavefunction Variance
- From: kp <4vector@xxxxxxxxx>
- Date: Tue, 29 Apr 2008 16:20:29 -0700 (PDT)
including making them a function of x,
and / or of each other, the result is the same whether you plug in the A
and B values before or after the integration.
Since this is not always so for integration of inter-dependent variables
generally, I suppose this is a consequence of the fact that the definite
Gaussian integrals taken from -oo to +oo over dx, are independent of x.
If A and B are functions of x of course they will can the integral,
being a Gaussian integral has nothing to do with it. If you do a
definite integral the result should never depend on the variable of
integration.
kp
.
- Follow-Ups:
- Re: Need help in Calculating Wavefunction Variance
- From: Jay R. Yablon
- Re: Need help in Calculating Wavefunction Variance
- References:
- Need help in Calculating Wavefunction Variance
- From: Jay R. Yablon
- Re: Need help in Calculating Wavefunction Variance
- From: kp
- Re: Need help in Calculating Wavefunction Variance
- From: Jay R. Yablon
- Re: Need help in Calculating Wavefunction Variance
- From: kp
- Re: Need help in Calculating Wavefunction Variance
- From: kp
- Re: Need help in Calculating Wavefunction Variance
- From: kp
- Re: Need help in Calculating Wavefunction Variance
- From: Jay R. Yablon
- Need help in Calculating Wavefunction Variance
- Prev by Date: Re: Need help in Calculating Wavefunction Variance
- Next by Date: Re: http://www.androcles01.pwp.blueyonder.co.uk/Algol/Algol.htm
- Previous by thread: Re: Need help in Calculating Wavefunction Variance
- Next by thread: Re: Need help in Calculating Wavefunction Variance
- Index(es):