Recent content by neo2478

So, you are saying that \left[\frac{d\left(\frac{\Delta G}{T}\right)}{\delta T}\right]_p = \Delta S ?

I have solved this problem. It was quite simple actually. If anyone wants me to post the solution, just let me know.

Can somebody please shed a little light on what this formula represents in the physical world? And how could I solve it to get \Delta H? \left[\frac{d\left(\frac{\Delta G}{T}\right)}{\delta T}\right]_p = \frac{\Delta H}{T^2}

Homework Statement The equilibrium vapor pressures of liquid gallium areT(K) 1302 1427 1623 p(torr) 0.01 0.1 1.0 a-Calculate the enthalpy, entropy and Gibbs energy changes for the process b-Calculate the standard enthalpy, entropy, and Gibbs energy changes for the vapozation of...

Also can someone tell me why the code thingy for the formulas ain't working??

Hi I'm kinda stuck with a couple quantum HW questions and I was wondering if you guys could help. First, Is the ground state of the infinite square well an eigenfunction of momentum?? If so, why. If not, why not?? Second, Prove the uncertainty principle, relating the uncertainty in...

Why did you do the summation of the function instead of integrating it??

Hey guys, first time poster. I am doing some quantum physics homework, and I came across the following problem: A particle in an infinite square well has the initial wave function Psi(x,0) = Ax 0?x?a/2 A(a-x) a/2 ?x?a Find Psi (x,t) Now after normalizing it, I tried...