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Kinetics Notes for Chemistry 1 (TAMU CHEM120)
Notes taken on the topic of Kinetics as taught by Dr. Williamson in CHEM 120 at TAMU. These notes contain information about the kinetics of chemical reactions starting with the bases of reaction rate and reaction mechanisms. It describes how to calculate average, instantaneous, and initial rates of reactions and the factors such as surface area, concentration, temperature, and catalysts that affect these reactions. It then describes collision theory, rate law, and the rate constant k and its fac...
- Class notes
- • 5 pages •
Notes taken on the topic of Kinetics as taught by Dr. Williamson in CHEM 120 at TAMU. These notes contain information about the kinetics of chemical reactions starting with the bases of reaction rate and reaction mechanisms. It describes how to calculate average, instantaneous, and initial rates of reactions and the factors such as surface area, concentration, temperature, and catalysts that affect these reactions. It then describes collision theory, rate law, and the rate constant k and its fac...
Solubility Notes for Chemistry 1 (TAMU CHEM120)
Notes taken on the topic of solubility as taught by Dr. Williamson in CHEM 120 at TAMU. These notes contain a brief introduction to saturated terms and provide definitions, as well as descriptions and further notes on Ksp (solubility product constant). It provides examples of how to calculate Ksp from molecules such as BaSO4 and Ag2CrO4 using algebraic equations. It also shows how to use ICF tables to calculate these values. Finally, it provides some easy tips to remember equilibrium shifts.
- Class notes
- • 2 pages •
Notes taken on the topic of solubility as taught by Dr. Williamson in CHEM 120 at TAMU. These notes contain a brief introduction to saturated terms and provide definitions, as well as descriptions and further notes on Ksp (solubility product constant). It provides examples of how to calculate Ksp from molecules such as BaSO4 and Ag2CrO4 using algebraic equations. It also shows how to use ICF tables to calculate these values. Finally, it provides some easy tips to remember equilibrium shifts.
Solutions Notes for Chemistry 1 (TAMU CHEM120)
Notes taken on the topic of solutions as taught by Dr. Williamson in CHEM 120 at TAMU. Covers topics such as the solubility of solutions and definitions of what a solution is, including solvent versus solute definitions. Also contains various ways to measure concentration and their corresponding formulas (molarity, molality, weight %, mole fraction, etc.). Deals with colligative properties, vapor pressure, boiling point, freezing point, osmotic pressure, and their corresponding calculations and ...
- Class notes
- • 3 pages •
Notes taken on the topic of solutions as taught by Dr. Williamson in CHEM 120 at TAMU. Covers topics such as the solubility of solutions and definitions of what a solution is, including solvent versus solute definitions. Also contains various ways to measure concentration and their corresponding formulas (molarity, molality, weight %, mole fraction, etc.). Deals with colligative properties, vapor pressure, boiling point, freezing point, osmotic pressure, and their corresponding calculations and ...
Titration Notes for Chemistry 1 (TAMU CHEM120)
Provides notes on the topic of titrations as taught in CHEM120 by Dr. Williamson at TAMU. This includes the adding of a base to an acid or vice versa and the resulting pH data received which can be further used to calculate midpoint and pK's of acids and bases.
- Class notes
- • 1 pages •
Provides notes on the topic of titrations as taught in CHEM120 by Dr. Williamson at TAMU. This includes the adding of a base to an acid or vice versa and the resulting pH data received which can be further used to calculate midpoint and pK's of acids and bases.
Thermodynamics Notes for Chemistry 1 (TAMU CHEM120)
Notes taken on the topic of thermodynamics as taught by Dr. Williamson in CHEM 120 at TAMU. These notes cover topics such as enthalpy, entropy, Gibbs free energy, and spontaneity. Additionally, it provides some calculations for these terms and ways to remember certain patterns in energy conservation as well as thermodynamic laws that are applicable to chemical reactions.
- Class notes
- • 5 pages •
Notes taken on the topic of thermodynamics as taught by Dr. Williamson in CHEM 120 at TAMU. These notes cover topics such as enthalpy, entropy, Gibbs free energy, and spontaneity. Additionally, it provides some calculations for these terms and ways to remember certain patterns in energy conservation as well as thermodynamic laws that are applicable to chemical reactions.