Introduction 
Introduction
by TMP Chem / Trent Parker
Video Lecture 1 of 145
Not yet rated
Views: 2,113
Date Added: August 20, 2016

Lecture Description

Short physical chemistry introducing quantum chemistry.

Quantum chemistry is quantum mechanics applied to chemical systems such as electrons and nuclei. Quantum mechanics describes the behavior of very small microscopic objects, which behave differently than large macroscopic objects.

---

All TMP Chem content is 100% free and ad-free for everyone, everywhere. All content is produced by Trent Parker without any external affiliations.

If you would like to support my work, you may do so through the PayPal link in this description. There is no expectation of donation and no ill will if you choose not to or cannot make a donation. There is only gratitude towards those who choose to do so.

To request private tutoring, send an email to the address below with the subject line "tutoring" to set up an initial consultation.

Notes Slide: imgur.com/QqkIPhf.png

--- Video Links ---

Next Video: www.youtube.com/watch?v=_r5TtnjRzaY&index=2&list=PLm8ZSArAXicL3jKr_0nHHs5TwfhdkMFhh

Course Review: www.youtube.com/playlist?list=PLm8ZSArAXicLTRn3cJyyU1TiU7n_Pp4X1

Thermo Intro: www.youtube.com/watch?v=A0dIrKGN7Vg&index=1&list=PLm8ZSArAXicJAzGE7ebwSOiFN-f9xEOKu

Channel Guide: youtu.be/XwvU_LdMdos

Private Tutoring: youtu.be/iHhOWL4G-r0

Support This Channel: youtu.be/JvZhTStEwkQ

--- Quantum Chemistry And Spectroscopy Chapters ---

Early Quantum Theory: www.youtube.com/playlist?list=PLm8ZSArAXicLxU2lg3NvnHvOYsZSr4r3d

Classical Waves: www.youtube.com/playlist?list=PLm8ZSArAXicIoSE0BFPgLtEYQQ9pw1zoG

Particle in a Box / Schrodinger Equation: www.youtube.com/playlist?list=PLm8ZSArAXicL6ArmHxHxgugNNsSYYD3MW

Fundamentals of Quantum Mechanics: www.youtube.com/playlist?list=PLm8ZSArAXicLLM5kDbCf6ljLKZghgkLh4

Harmonic Oscillator: www.youtube.com/playlist?list=PLm8ZSArAXicL4kdvchwcgETYWXlt-HyzH

Rigid Rotor: www.youtube.com/playlist?list=PLm8ZSArAXicIlRL7FdtY3GjmKju4ORHIs

Hydrogen Atom: www.youtube.com/playlist?list=PLm8ZSArAXicLqbzYEN863Fuf73poOW1US

Many-Electron Atoms: www.youtube.com/playlist?list=PLm8ZSArAXicI5IG5X8hRRPki5tiiWZDSA

Diatomic Molecules: www.youtube.com/playlist?list=PLm8ZSArAXicLZWxTcr_XWOjrysKAlOZH2

Polyatomic Bonding: www.youtube.com/playlist?list=PLm8ZSArAXicImNhMOwgaSfDkVxKtZSLW8

Symmetry and Group Theory: www.youtube.com/playlist?list=PLm8ZSArAXicKX9g2IA7FAe0pihiwJCjLG

Nuclear Magnetic Resonance: www.youtube.com/playlist?list=PLm8ZSArAXicIJ7cXhWv53ws_PVEHIzrvq

Particle in a Ring: www.youtube.com/playlist?list=PLm8ZSArAXicKr7sfnShlhY9Nq8reBLAoV

--- Social Media Links ---

Email: [email protected]

Facebook: www.facebook.com/tmpchem

Twitter: www.twitter.com/tmpchem

LinkedIn: www.linkedin.com/in/tmpchem

Imgur: tmpchem.imgur.com

GitHub: www.github.com/tmpchem

PayPal: www.paypal.com/us/cgi-bin/webscr?cmd=_flow&SESSION=ZIT8cVX31nDRYLZ1L4CqxALk6aadpQPB42C4GsJHou7XNdpyw2cju6ga0l4

--- Equipment used ---

Microphone: Blue Yeti USB Microphone

Drawing program: Autodesk Sketchbook Express

Screen capture and video editing: Corel Visual Studio Pro X6

Course Index

  1. Introduction
  2. Blackbody Radiation
  3. Photoelectric Effect
  4. Rydberg Formula
  5. Bohr Hydrogen Model 1: Radius
  6. Bohr Hydrogen Model 2: Energy
  7. Wave-Particle Duality
  8. Heisenberg Uncertainty Principle in Measurement
  9. Classical Wave Equation
  10. Vibrating String
  11. Vibrating String Animation
  12. Schrodinger Equation "Derivation"
  13. Operators
  14. Eigenvalues and Eigenfunctions
  15. Interpreting the Wavefunction
  16. Particle in a Box
  17. Normalization
  18. Particle in a Box Wavefunction Plots
  19. UV-Vis Spectra of Polyenes
  20. Average Position
  21. Average Momentum
  22. 3-D Particle in a Box
  23. Degeneracy
  24. Postulates of Quantum Mechanics 1: Wavefunction
  25. Postulates of Quantum Mechanics 2: Operators
  26. Postulates of Quantum Mechanics 3: Measurement
  27. Postulates of Quantum Mechanics 4: Expectation Values
  28. Postulates of Quantum Mechanics 5: Schrodinger Equation
  29. Commutators
  30. Hermitian Operators
  31. Dirac Notation
  32. Orthogonality
  33. Superposition Principle 1: Basis Sets
  34. Superposition Principle 2: Expectation Values
  35. Superposition Principle 3: Example
  36. Commuting Operators
  37. Time Dependence
  38. Time Dependence Animation
  39. Wavefunction Collapse
  40. Schrodinger's Cat
  41. Correspondence Principle
  42. Harmonic Oscillator Model
  43. Classical Harmonic Oscillator 1: Trajectory
  44. Classical Harmonic Oscillator 2: Energy
  45. Reduced Mass
  46. Harmonic Oscillator Energy Levels
  47. Diatomic Infrared Spectra
  48. Anharmonicity and Overtones
  49. Harmonic Oscillator Wavefunctions
  50. Even and Odd Functions
  51. Harmonic Oscillator Even and Odd Functions
  52. 3-D Harmonic Oscillator
  53. Polyatomic Molecular Vibrations
  54. Rigid Rotor Model
  55. Rotation Operators
  56. Rigid Rotor Energy Levels
  57. Diatomic Microwave Spectra
  58. Rovibrational Energy Levels
  59. Diatomic Rovibrational Spectra
  60. Microwave Spectroscopy Example
  61. Rotation-Vibration Interaction
  62. Centrifugal Distortion
  63. Rigid Rotor Wavefunctions
  64. Orthonormality of Spherical Harmonics
  65. Angular Momentum Eigenvalues
  66. Hydrogen Atom Model
  67. Hydrogen Atom Energy Levels
  68. Hydrogen Atom Radial Wavefunctions
  69. Hydrogen Atom Total Wavefunctions
  70. Hydrogen Atomic Orbital Nodes
  71. Hydrogen Orbital Eigenvalues
  72. Hydrogen Atom Radius
  73. Hydrogen Atom Radial Wavefunction Animation
  74. Virial Theorem
  75. Zeeman Effect
  76. Electron Spin
  77. Spin-Orbit Coupling
  78. Hydrogen Atom Term Symbols
  79. Hydrogen Atom Spectrum
  80. Helium Atom Hamiltonian
  81. Variational Principle
  82. Variational Principle Example
  83. Linear Variational Method
  84. Secular Determinant
  85. Linear Variational Example
  86. Perturbation Theory
  87. Perturbation Theory Derivation
  88. Perturbation Theory Example
  89. Atomic Units
  90. Helium Atom Energy Approximations
  91. Hartree-Fock Helium Atom
  92. Hartree-Fock Helium Energy
  93. Antisymmetry Principle
  94. Slater Determinants
  95. Hartreee-Fock Atomic Energy
  96. Hartree-Fock Operators
  97. Hartree-Fock-Roothaan Equations
  98. Hartee-Fock Spin
  99. Post Hartree-Fock Methods
  100. Atomic Electron Configurations
  101. Electron Configuration Exceptions
  102. Atomic Term Symbols
  103. Term Symbols Example 1
  104. Term Symbols Example 2
  105. Term Symbols Example 3
  106. Hund's Rules
  107. Atomic Spectra
  108. Hydrogen Molecule Hamiltonian
  109. Born-Oppenheimer Approximation
  110. Hydrogen Molecule-Ion 1: Energy
  111. Hydrogen Molecule-Ion 2: Orbitals
  112. Molecular Orbital Angular Momentum
  113. Molecular Orbital Inversion Symmetry
  114. Hydrogen Molecular Orbital Diagram
  115. LCAO-MO Theory
  116. Diatomic Molecular Orbital Diagrams
  117. Bond Order
  118. Diatomic Term Symbols
  119. Total Wavefunction Symmetry
  120. sp Hybridization
  121. sp2 Hybridization
  122. sp3 Hybridization
  123. Lone Pair Hybridization
  124. Walsh Diagrams
  125. Huckel Theory
  126. Pi Resonance
  127. Aromaticity
  128. Symmetry Websites
  129. Symmetry Operations
  130. Symmetry Elements
  131. Groups
  132. Point Groups
  133. Point Group Examples
  134. Point Group Flow Chart
  135. Group Multiplication Tables
  136. Symmetry Operator Matrices
  137. Irreducible Representations
  138. Character Tables 1
  139. Character Tables 2
  140. Determining Irreps
  141. Generating Operators
  142. Group Theory Example
  143. Nuclear Spin
  144. Magnetic Moments
  145. Nuclear Magnetic Resonance
  146. NMR Spectrometer
  147. Magnetic Shielding
  148. Chemical Shift
  149. Spin-Spin Coupling
  150. First Order Spectra
  151. Chemical Equivalence
  152. The n+1 Rule
  153. Second Order Spectra
  154. Particle in a Ring Model
  155. Particle in a Ring Energies
  156. Particle in a Ring Wavefunctions
  157. Huckel's Rule
  158. UV-Vis Spectrum of Aromatics
  159. Particle in a Ring Eigenvalues

Course Description

Physical chemistry microlectures covering the topics of an undergraduate physical chemistry course on quantum chemistry and spectroscopy. Topics include the need for quantum theory, the classical wave equation, the principles of quantum mechanics, particle in a box, harmonic oscillator, rigid rotor, hydrogen atom, approximate methods, multielectron atoms, chemical bonding, NMR, and particle in a ring.

Comments

There are no comments. Be the first to post one.
  Post comment as a guest user.
Click to login or register:
Your name:
Your email:
(will not appear)
Your comment:
(max. 1000 characters)
Are you human? (Sorry)