• Theoretical Yield
• Try it: Reaction Enthalpies
• Orbital Characteristics
• Hydrocarbons
• Intro to Energy
• Introduction to Compounds
• Characteristics of Light
• The Mole
• Chem110
• Precipitation Reactions
• Atoms and the Elements
  • Structure of an Atom
  • Try it!
  • Isotopes and Atomic Mass
  • Solved Problem
  • Try it!
• Algebra
• Oxidation Number
• Quantum Numbers
• Try it: Hess's Law
• Formal Charge
• Phase Changes
• Concentration
  • Units of Concentration
  • Concentration of Ions
  • Dilution
  • Try it: Dilution
• Resonance
• Try it: Calorimetry
• Types of Solutions
• Enthalpy of Reactions
• Kinetic Molecular Theory
• Effective Nuclear Charge
• Heating Curve Calculations
• sp3 hybridization
• Overview
• Orbital Filling
• Atomic Radius
• Meet the Instructor
• Intro to Gases
• Identifying Electrolytes
• Light energy
  • Light as a Particle
  • Try it!
• Try it: Calculating Heat of Reaction from Heat of Formation
• Bohr's Model of the Atom
• Atoms versus Molecules
• Balancing Chemical Reactions
• Intro to Geometry
• Intro to Organic
  • Isomers
  • Functional Groups
• Gas Evolution
• Try it!
• Try it!
• Try it!
• Determining Chemical Formulas
• Excited States
• Ions
• Pre-Requisites
• Try it!
• Limiting Reactant
• Intermolecular forces
  • Forces Involving Ions
  • Polar Molecules
  • Hydrogen bonding
  • Dispersion Forces
  • IMF Summary
• Reaction Types
• Try it!
• Electron Spin
• Calorimetry
• Try it: Oxidation Number
• VSEPR Theory
  • Key Concepts of VSEPR
  • Try it: Electron Domain Geometry
• State Functions
• sp2 hybridization
• Orientation
  • Course Materials
  • Course Overview
  • Frequently Asked Questions (FAQ)
  • Related Courses
  • Syllabus
  • Teaching Team
  • Assignments
  • Resources
  • Schedule
  • Canvas How-Tos
  • Technical Issues
• Intro to Chemical Reactions
• Metric Conversions
• Ionization Energy
• Heating Curves
• Drawing Lewis Structures
• Line Spectra
• Ions and Molecules
  • Try it!
• Gas Laws
• Essential Skills Overview
  • Significant Figures and Scientific Notation
  • Density and Dimensional Analysis
  • Naming Chemical Compounds
  • Interpreting Data in Tables and Graphs
• Percent Composition
• Strong acid-Strong base Reactions
• Electron Affinity
• Double Displacement Reactions
  • Weak Acid(Base) - Strong Base(Acid) Reactions
  • Try it: Net Ionic Equation
• sp hybridization
• Electrostatic Potential Energy
• Week 8 Recap
• Hess' Law
• Resonance (with expanded octets)
• The Periodic Table
• The Mole
• Percent Yield
• Electron Configuration
  • Classification of Electrons
  • Configuration of Ions
  • Try it!
• Bohr Model
• Try it: Drawing Lewis Structures
• STP
• Vapor Pressure
• Density and Ideal Gases
• Week 1
  • What is Energy?
    • Enthalpy
  • Weekly Recap
• Ion Size
• Introduction to Bonding
• Periodic Trends
• Skeletal Structures
• Single Displacement & Redox
• The Quantum World
• Phase Diagrams
• Try it: Reaction Calculations
• Delocalized pi bonding
• Heats of Formation
• Molecular Geometry
• Weekly Recap
• Reaction Stoichiometry
  • Theoretical Yield
• Liquid Properties
• Bond dissociation energies
• Partial Pressure
• Ionic Bonding
• Molecular Polarity
• Quantum Numbers
• Test Yourself
• Week 2
  • Orbitals
  • Weekly Recap
• Week 3
• Dissolution Process
• Valence Bond Theory
• Week 11 Recap
• Change of States
• Covalent Bonding
• Week 12 Recap
• Electrolytes
• Real (Non-ideal) Gases
• Week 4: Unit 1 Exam Information
• Week 6 Recap
• Bond Polarity & Electronegativity
• Solubility of Gases
• Lewis Structures
• Week 5
  • Exceptions to the Octet
  • Week 5 Recap
• Solubility
• Week 13 Recap
• Week 6
• Week 9 Recap
• Week 7: Unit 2 Exam Information
• Week 8
• Week 9
• Week 10: Unit 3 Exam Information
• Week 11
• Week 12
• Week 13
• Week 14: Unit 4 Exam Information
• Final Exam Preparation