StepToQM

StepToQM - E n = –       2 π 2 me 4 h...

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Steps Toward Quantum Theory I. Quantized Energy Levels 1. Heat Capacity less than predicted: Failure of Equipartition Theory 2. Blackbody Radiation Spectrum: p=h/ λ 3. Atomic and Molecular Spectra II. Quantum Nature of Light 1. Photoelectric Effect: E = h ν 2. Compton Effect: p = h ν/ c or p=h/ λ III. Structure of the Atom 1. Cathode Rays: Thomson (e/m), Mulliken (e) 2. Nucleus, Rutherford Scattering 3. Canal Rays, Goldstein 4. Electronic Structure: Bohr
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Unformatted text preview: E n = –       2 π 2 me 4 h 2       1 n 2 = – ℜ h       1 n 2 ∆ E = h ν = – ℜ h       1 n 2 2 – 1 n 2 1 radius of first Bohr Orbit= a o = 4 πε o – h 2 m e e 2 IV. Wave Nature of Particles 1. Diffraction of Electrons: Davisson and Germer, p=h/ λ 2. Diffraction of Protons and Neutrons d θ λ = d cos θ d λ = d cos θ _ 2...
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This document was uploaded on 02/22/2012.

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StepToQM - E n = –       2 π 2 me 4 h...

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