CHEMSTEM
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  • Page 1: Introduction to Chemistry
  • Page 2: Atoms, Compounds, and the Mole
  • Page 3: Chemical Reactions, Quantities, and Equations. Stoichiometry. Gases.
  • Page 4: Thermochemistry, Chemical Kinetics, and Chemical Equilibrium.
  • Page 5: The Electromagnetic Spectrum, Quantum Mechanics, and the Electron.
  • Page 6: Periodic Trends, Lewis Structures, Polarity/IMF, and VSEPR Theory
  • Page 7: Solutions, Molarity, & Dilution. Acids & Bases.
  • Page 8: Nuclear Chemistry, Organic Chemistry, Reduction/Oxidation Reactions
  • Page 9: Biochemistry, Environmental Chemistry, Material Science and Engineering
  • Additional Files
  • Oceanography Resources
  • More Chem Resources

Nuclear Chemistry

Half Life, Intro (Tyler DeWitt)
Half Life, Basic Calculations (Tyler DeWitt)
Half Life, using an equation (Chemist Nate)
Nuclear Chemistry (Crash Course)
There are three main types of nuclear decay for general chemistry: alpha, beta, and gamma. 

To determine the product (daughter isotope) of a decay, use simple arithmetic and a periodic table. You may have to work backwards to determine the original (parent isotope) in some cases. 
Picture
Nuclear Equations (Chem Academy)

Organic Chemistry

+ Reading Skeletal Line Structures, Part 1
+ Reading Skeletal Line Structures, Parts 2 and 3
+ Basic Organic Chemistry 1: Hydrocarbons and Saturated vs. Unsaturated
+ Basic Organic Chemistry 2: Select Functional Groups 
Intro to Organic Chemistry: Hydrocarbons (Crash Course)

Reduction/Oxidation (RedOx) Reactions; Electrochemistry

Intro to Reduction-Oxidation (Professor Daves Explains)
Introduction to Redox Reactions (Tyler DeWitt)
Oxidizing and Reducing Agents (Tyler DeWitt)
Redox Reactions (Crash Course)
Electrochemistry (Professor Dave)
Introduction to Electrochemistry (Tyler DeWitt)
Electrochemistry (Crash Course)
How do batteries work? (TED-Ed)
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