## Schrodinger Equation

$H_{\psi }=E_{\psi }$

1-D: $E_{TOTAL}\psi (x)=E_{k}\psi (x)+V(x)\psi(x)=-\frac{h^{2}}{8\pi ^{2}m}\frac{d^{2}\psi(x)}{dx^{2}}+V(x)\psi(x)$

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Caroline C 1G
Posts: 53
Joined: Fri Sep 29, 2017 7:05 am

### Schrodinger Equation

I understand that you can solve for the quantum numbers, but can you solve the equation HΨ=EΨ numerically, or is it just an abstract model of how electrons behave?

Jessica Lutz 2E
Posts: 56
Joined: Fri Sep 29, 2017 7:04 am

### Re: Schrodinger Equation

Lavelle introduced the equation in class to us for conceptual purposes only so that we can know where the orbitals come from. We won't have to calculate the equations in this class.

Gabriela Carrillo 1B
Posts: 53
Joined: Fri Sep 29, 2017 7:04 am

### Re: Schrodinger Equation

So this is a topic we should understand conceptually but isn't something we will be asked a mathematical question on??

Chem_Mod
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### Re: Schrodinger Equation

You will only have to understand the big picture behind the Schrodinger equation (S.E.)! It is very difficult to solve S.E. for systems bigger than the hydrogen atom. Solving S.E. would be beyond the scope of this class.

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