timestamps

• 0:00

  Introduction to Solubility

• 0:30

  Defining Solubility and Spontaneity

• 1:02

  Solubility Process in Solvents

• 1:34

  Saturated Solutions and Examples

• 2:34

  Solubility of Solids and Gases

• 3:37

  Polarity and Molecule Dissolution

• 4:38

  Water Polarity and Dipole

• 5:38

  Non-Polar Substances like Graphene

• 6:39

  Solute and Solvent Notation

• 7:43

  Polar Dissolves Polar Interactions

• 8:44

  Non-Polar in Polar Solvents

• 9:50

  Graphene in Water Example

• 10:54

  Like Dissolves Like Trend

• 11:58

  Spontaneity and Potential Energy

• 12:29

  Entropy and Microstates

• 13:32

  Combining Systems Entropy

• 15:04

  Universe Favors Disorder

• 16:06

  Non-Polar Dissolves Non-Polar

• 17:41

  Temperature and Kinetic Energy

• 18:46

  Temperature Effect on Solids

• 19:46

  Temperature Effect on Gases

• 21:18

  Gas Solubility Decrease Explanation

• 21:50

  Solubility Curve Graph

• 22:54

  Sodium Nitrate Example

• 23:55

  Saturated vs Supersaturated

• 27:02

  Experimental Curve Determination

• 29:36

  Organic Solubility Introduction

• 30:38

  Tosyl Chloride Reaction

• 31:43

  Reaction Mechanism Details

• 33:18

  Polar vs Non-Polar Solvents

• 33:49

  Ethanol Oxidation in Liver

• 34:50

  Pyruvate and Solubility

• 35:51

  Ethanol to Acetaldehyde Step

• 36:55

  Toxicity and Hangovers

• 37:56

  Acetaldehyde to Acid Step

• 39:28

  Final Compound Formation

• 40:31

  Molarity and Rate Effects

• 41:33

  AP Exam Reaction Style

• 43:40

  Kinetics and Concentration Notes

• 44:44

  Closing Remarks