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Susan Findlay

Introductory Chemistry and Organic Chemistry Co-ordinator

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Susan Findlay
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HOME / CHEM 2000: GENERAL CHEMISTRY II /

CHEM 2000 Lecture Notes (Hazendonk)

These are Prof. Hazendonk's lecture notes for CHEM 2000 for the Spring 2023 semester.  (Old versions are from Fall 2019/Spring 2020.)

CHEM 2000 Lecture 01 Introduction754 KB
CHEM 2000 Lectures 02-04: Molecular Orbital Theory of Homonuclear Diatomics5.11 MB
CHEM 2000 Lectures 05-06: Molecular Orbital Theory of Heteronuclear Diatomics631 KB
CHEM 2000 Lecture 07: Spectroscopy2.9 MB
CHEM 2000 Lectures 08-10: Molecular Orbital Theory of Triatomics3.37 MB
CHEM 2000 Lectures 11-12: Band Theory1.7 MB
CHEM 2000 Lecture 13: Valence Bond Theory375 KB
CHEM 2000 Lectures 14-15: Entropy113 KB
CHEM 2000 Lectures 16-19: Free Energy230 KB
CHEM 2000 Lectures 20-22: Temperature and Equilibrium322 KB
CHEM 2000 Lectures 23-26: Electrochemistry2.07 MB
CHEM 2000 Lectures 27-31: Organic Chemistry311 KB
CHEM 2000 Lectures 32-35: Acids and Bases205 KB
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Table of Contents

  • CHEM 2000: General Chemistry II
    • CHEM 2000 Exercises and Practice Test Questions
      • 01 Reviewing Atomic Orbitals, Electron Configurations and Lewis Diagrams
      • 02 Molecular Orbitals of Homonuclear Diatomics
      • 03 Molecular Orbitals of Heteronuclear Diatomics
      • 04 Molecular Orbitals of Polyatomic Molecules
      • 05A Band Theory and Bonding in Metals
      • 05B Valence Bond Theory
      • 06 Entropy and Free Energy
      • 07 Free Energy and Equilibrium
      • 08 Effect of Temperature on Equilibrium
      • 09 Redox Reactions and Electrochemistry
      • 10 Organic Molecules - Functional Groups and Stereochemistry
      • 11 Organic Reactions
      • 12 Organic Acids and Bases
    • CHEM 2000 Lecture Notes (Findlay)
    • CHEM 2000 Lecture Notes (Hazendonk)
    • CHEM 2000 Practice Tests
      • CHEM 2000 Final Exam
      • CHEM 2000 Midterm #1
      • CHEM 2000 Midterm #2
    • CHEM 2000 Test Results
      • CHEM 2000 Midterm #1
      • CHEM 2000 Midterm #2
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