Quiz #2 References [ENDORSED]
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Re: Quiz #2 References
Lavelle said that we will be given anything we need on the test so I wouldn't worry about it too much. I'm assuming that probably means well be given
c=(v)(wavelength)
E=hv
E=-hR/n^2
v=r(1/n^2-1/n^2)
E(k)=1/2mv^2
E(K)=hv- work function
wavelength=h/mv
Then the values for c, R, and h
c=(v)(wavelength)
E=hv
E=-hR/n^2
v=r(1/n^2-1/n^2)
E(k)=1/2mv^2
E(K)=hv- work function
wavelength=h/mv
Then the values for c, R, and h
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Re: Quiz #2 References [ENDORSED]
This is the set of constants and equations given every test from the class website.
https://lavelle.chem.ucla.edu/wp-conten ... ations.pdf
If there are any additional numerical constants specific to a problem, they should be given on the sheet (Example: 1ev= 1.602x10^-19J).
https://lavelle.chem.ucla.edu/wp-conten ... ations.pdf
If there are any additional numerical constants specific to a problem, they should be given on the sheet (Example: 1ev= 1.602x10^-19J).
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Re: Quiz #2 References
Do we have to print out the reference sheet ourselves or will it be given in class?
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