CHEMISTRY 262

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Handouts

Figures

Fig. 4 Wavelength and Frequency	Fig. 25a  H Atom Radial Wavefunctions, l constant
Fig. 5 Interference of Waves	Fig. 25b  H Atom Radial Wavefunctions, n constant
Fig. 5a "Constructive" Interference	Fig. 26 Effective Charge
Fig. 5b "Destructive" Interference	Fig. 26a  Removing Degeneracy in SCF Atomic Orbitals
Fig. 5c "Inbetween" Interference	Fig. 26b  Group III Periodic Trends
Fig. 6 Sine Wave	Fig. 27  Atomic Radii and Ionization Energies
Fig. 7 Two Slit Diffraction of a Plane Wave	Fig. 27b Periodic Trends--Electronegativities
Fig. 8 The Photoelectric Experiment	Fig. 27c  Atomic Radius
Fig. 9 Photoelectric Effect Exp'l Results	Fig. 28a  Ionization Energy
Fig. 10 Photoelectric Conversion of Energy	Fig. 29 Periodic Trends and Electron Affinities
Fig. 11 Diffraction of Electrons	Fig. 29a Periodic Trends and Electron Affinities
Fig. 12 Two-Slit Experiment particles and waves	Fig. 30 Several Electron Configurations and AufBau
Fig. 13 Two-Slit Experiment	Fig. 31  H2 ions energy as a function of separation
Fig. 13a Two-Slit Experiment	Fig. 31a H2 ions energy as a function of separation
Fig. 13b Two-Slit Experiment	Fig. 31b H2 ions energy as a function of separation
Fig. 14 Atomic Spectra	Fig. 34a H2 ion wavefunction and density, R=250
Fig. 15 H Atom Spectra and Series	Fig. 34b H2 ion wavefunction and density, R=150
Fig. 16 Spherical Polar Coordinates	Fig. 34c H2 ion wavefunction and density, R=75
Fig. 17 Total Wavefunction for H atom	Fig. 34d
Fig. 18 Radial Wavefunction for H atom	Fig. 34e
Fig. 19 3-D Plots of Angular H-Wavefunction	Fig. 35 Turning atomic orbitals into sigma MOs
Fig. 20 Radial Probablity Density for H atom	Fig. 36 Turning atomic p-orbitals into pi-orbitals
Fig. 20a Radial Probablity Distribution n=1 or 2	Fig. 37 Energy Level Diagrams for MOs
Fig. 20b Radial Probablity Distribution n=3	Fig. 37b Energy Level Diagram, 2nd Row Diatomics
Fig. 20c Radial Probablity Distribution l=0	Fig. 38 Turning Atomic Orbitals into Molecular Orbitals
Fig. 21 Various Series in H atom Spectra	Fig. 39 Formation of Molecular Orbitals in Diatomics
Fig. 22 H Atom Energies	Fig. 40 H2 Molecular Orbital Filling
Fig. 23 Atomic Beams and the Origin of Spin	Fig. 41 N2 Molecular Orbital Filling
Fig. 24 Many Electron Systems	Fig. 42 N2 Molecular Orbital Filling
	Fig. 43 O2 Molecular Orbital Filling
	Fig. 44 LiF Molecular Orbital Filling
	Fig. 45 BO Molecular Orbital Filling

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