All Episodes

Topic: Differential Rate Law

Topic: Molecular Polarity

Topic: Faraday's Law

Topic: Electrolysis

Topic: Cell potential (NON-standard conditions) / Nernst Equation

Topic: Cell Potential (Standard Conditions)

Topic: Voltatic (or Galvanic) Cells

Topic: Balancing Redox Reactions

Topic: Intro Redox & Oxidation Numbers

Topic: Gibb's Free Energy

Topic: Entropy

Topic: pH of Salts

Topic: Indicators

Topic: Titrations

Topic: Buffers

Topic: Ka and Kb

Topic: Strong Acids & Strong Bases

Topic: Autoionization of Water

Topic: Conjugate Acids & Bases

Topic: Definitions of Acids & Bases

Topic: Calculating Equilibrium Constant (K)

Topic: Chemical Equilibrium

Topic: Rate Comparisons

Topic: Integrated Rate Law

Topic: Bond Enthalpies

Topic: Enthalpies of Formation

Topic: Calorimetry

Topic: Hess's Law

Topic: Specific Heat Capacity

Topic: Heating & Cooling Curves

Topic: Thermochemical Equations

Topic: Energy Diagrams

Topic: Heat Flow

Topic: Colligative Properties

Topic: Complete and Net Ionic Equations

Topic: Dilution

Topic: Real vs. Ideal Gases

Topic: Maxwell-Boltzmann Distribution

Topic: Graham's Law

Topic: Dalton's Law of Partial Pressure

Topic: Kinetic Molecular Theory

Topic: Ideal Gas Law

Topic: Gas Laws (Part 2)

Topic: Gas Laws (Part 1)

Topic: Solution Stoichiometry

Topic: Gas Stoichiometry (Non-Standard Conditions)

Topic: Gas Stoichiometry at STP

Topic: Excess Reactants

Topic: Limiting Reactant

Topic: Stoichiometry (Using BCA Tables)

Topic: Stoichiometry (Gram-to-Gram)

Topic: Stoichiometry (Mole-to-Mole Conversion)

Topic: Percent Yield and Percent Error

Topic: Double Displacement Reactions

Topic: Single Replacement Reaction

Topic: Types of Reactions

Topic: Balancing Chemical Equations

Topic: Avogadro's Number

Topic: Empirical Formula

Topic: Combustion Analysis

Topic: Mass Percent

Topic: Molar Mass

Topic: Simple Organic Nomenclature

Topic: Acids Nomenclature

Topic: Covalent Compound Nomenclature

Topic: Introduction to Light

Topic: Shielding and Effective Nuclear Charge

Topic: Significant Figures

Topic: Intermolecular Forces

Topic: VSEPR Theory

Topic: Formal Charge

Topic: Resonance

Topic: Expanded Octet

Topic: Types of Compounds & Properties

Topic: Lewis Structures

Topic: UV-VIS Spectrosopy

Topic: Diamagnetism & Paramagnetism

Topic: Quantum Numbers

Topic: Electron Configuration

Topic: Atomic Orbitals

Topic: Atomic Trends

Topic: Isotopic Notation

Topic: Dimensional Analysis

Topic: Accuracy vs. Precision

Topic: Scientific Notation

Topic: Density

Topic: Classification of Matter

Topic: Preparing a Solution

Topic: Molarity

Topic: Collision Theory and the Arrhenius Equation

Topic: Limiting Reactant

Topic: Hess's Law

Topic: Heat Flow

Topic: Ionic Nomenclature

Learn: Electrochemistry - Electrolytic cells and Electroplating

Learn: Electrochemistry - Redox and Galvanic Cells

Learn: Buffers and Titrations

Learn: Acid-Base Equilibrium

Learn: Equilibrium

Learn: Thermochemistry

Learn: Thermodynamics

Kinetics - Integrated Rates

Learn: Kinetics - Rates and Mechanisms

Learn: Gas Laws

About AP® Chemistry Course

Learn: Intermolecular Forces

SYNAPSE: "E" is for Exercise

SYNAPSE: "S" is for Sleep

SYNAPSE: "P" is for Personalize

SYNAPSE: "A" is for Associate

SYNAPSE: "N" is for Narrate

SYNAPSE: "Y" is for Yes

SYNAPSE: "S" is for Simplify

Learn: Bonding, Lewis structures and Molecular geometry

Learn: Atomic Structure and Periodicity