Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
9 Cards in this Set
- Front
- Back
Energy of a photon
|
E = hc/lamda = hbar*omega
|
|
Planck's (action) constant
|
h = 2Pi*hbar = 6.626x10^34 J*secs
|
|
Explain Photoelectric effect
|
Amount of current from light kicking electrons off plate does not depend on intensity of light, rather only on frequency being above some critical value
- Experiment by P. Lenard in 1902 - Explained by A. Einstein in 1905 -P.Lenard won Nobel prize in 1906 -A. Einstein won Nobel Prize in 1921 |
|
Time-varying equation of Electric field wave
|
E(rbar,t) = E0*e^(I(kbar*rbar-omega*t)
|
|
de Broglie's wavelength prediction
|
lambda = h / (m*v)
|
|
What are the dimensions of hbar?
|
Angular Momentum, Action
ML^2T^-1 |
|
Maxwells Equations - differential form
|
4 equations
|
|
How to "derive Schrödinger" Eq?
|
Take eq 3, do the curl, add the 4th, blah, blah (look it up again)
|
|
Schrödinger's Eq
|
i d H/dt = H (H) (or something like that)
|