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» OCW Home » Physics for Humanists » Lectures 
Lecture 14: Bohr's Atom, Probability, deBroglie
Author: Gary R. Goldstein
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Bohr’s model Bohr’s model
Transition example Transition example
H atom energies H atom energies
Radiative transitions Radiative transitions
Energy levels of H Energy levels of H
Spectral lines of H Spectral lines of H
Probability and Statistics Probability and Statistics
Combining probabilities Combining probabilities
Tossing coins Tossing coins
Coin tossing 2 Coin tossing 2
Coin tossing 3 Coin tossing 3
Coin tossing - formulae Coin tossing - formulae
Simulating coin tosses Simulating coin tosses
Coin tossing - generalizations Coin tossing - generalizations
Binomial distribution Binomial distribution
Normal distribution Normal distribution
Binomial and Poisson Distributions Binomial and Poisson Distributions
deBroglie waves deBroglie waves
Particle-wave duality Particle-wave duality
Electron waves Electron waves
Electron wave effects Electron wave effects
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