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Postby BenJohnson1H » Wed Oct 31, 2018 6:24 pm

Will Schrodinger be on the midterm? If not then why is there a review session on it?

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Re: Midterm

Postby KylieY_3B » Wed Oct 31, 2018 6:36 pm

I think if there's a review session including it, it's fair game for the midterm. But it won't be a calculation question, it would probably be a conceptual question.

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Re: Midterm

Postby Adrienne_4F » Wed Oct 31, 2018 6:53 pm

What kind of general concepts should we understand in terms of shrodinger's equation? Are there any good examples in the textbook that might be useful?

Stephen Sirmay 1I
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Re: Midterm

Postby Stephen Sirmay 1I » Fri Nov 02, 2018 11:26 am

Schrodingers Eqaution is an equation regarding wavelength.
ψ= wave function (orbital) representing e-
Represents the height of a wave at position x,y,z
ψ^2 represents the probability of finding an e-

I wouldnt be surprised if there was a question on the midterm regarding this relation to orbitals or wavelength.

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Re: Midterm

Postby Lopez_Melissa-Dis4E » Fri Nov 02, 2018 11:29 am

There will be no calculations on the Schrodinger equation because it contains multivariable calculus that is beyond the scope of this course. Overall, we would have to understand its role in wavelength along with psi and psi^2. As mentioned above.

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Re: Midterm

Postby LG2019 » Fri Nov 02, 2018 11:47 pm

The midterm only covers up to Wednesday's material, right?

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Re: Midterm

Postby 304975260 » Sun Nov 04, 2018 8:00 pm

Yeah, it’s only on material up to wednesday

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