AP POWERPOINTS
The AP PowerPoints are a relatively new feature, first introduced during the 2019-20 academic year. A few notes about them.
- I have never used PowerPoints in any of my teaching but many subscribers have been asking for them. As a result, I have partnered with a third party to produce them. I then carefully reviewed them. The PowerPoints are essentially my notes in PPT form.
- PLEASE NOTE: The PowerPoints will remain UNEDITABLE and they cannot be saved locally. However, there is a workaround for this. You can “print” the PowerPoints as electronic PDFs, and save those. The PDFs can then be scrolled through, slide by slide, as if they were PowerPoints.
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UNIT 01 - ATOMS, ELEMENTS & PERIODICITY
TOPIC 1A: The Mole
TOPIC 1B: Isotopes and Mass Spectrometry
TOPIC 1C: Empirical & Molecular Formula
TOPIC 1D: Pure & Impure
TOPIC 1E: Atoms & Electronic Configuration
TOPIC 1F: Photoelectron Spectroscopy
TOPIC 1G: Periodicity
TOPIC 1H: Formation of Ions
UNIT 02 - CHEMICAL BONDING I
TOPIC 2A: Sliding Scale of Bond Type
TOPIC 2B: Covalent Bond Length & Strength
TOPIC 2C: The Ionic Lattice
TOPIC 2D: Metallic Bonding & Alloys
TOPIC 2E: Lewis Structures
TOPIC 2F: Resonance & Formal Charge
TOPIC 2G: VSEPR & Hybridization
UNIT 03 - CHEMICAL BONDING II & GASES
TOPIC 3A: IMF’s & Ion-dipole Forces
TOPIC 3B: Types of Solids & Properties
TOPIC 3C: States of Matter
TOPIC 3D: Ideal Gases
TOPIC 3E: KMT
TOPIC 3F: Deviations from Ideal Behavior
TOPIC 3G: Solutions & Concentration
TOPIC 3H: Particulate Diagrams of Solutions
TOPIC 3I: Chromatography and Distillation
TOPIC 3J: Solubility of Solutes in Solvents
TOPIC 3K: Radiation’s Effect on Matter
TOPIC 3L: Photons
TOPIC 3M: Beer’s Law
UNIT 04 - CHEMICAL REACTIONS
TOPIC 4A: Chemical & Physical Change
TOPIC 4B: Equations & Net Ionic Equations
TOPIC 4C: Particulate Representations of Equations
TOPIC 4D: Chemical & Physical Change in Terms of Bonds & Forces
TOPIC 4E: Stoichiometry
TOPIC 4F: Titrations I
TOPIC 4G: Types of Chemical Reaction
TOPIC 4H: Acid-Base Reactions
TOPIC 4I: REDOX Reactions
UNIT 05 - CHEMICAL KINETICS
TOPIC 5A: Factors Affecting Rates
TOPIC 5B: Rate Laws
TOPIC 5C: Rates, Graphs & Half-Life
TOPIC 5D: Elementary Steps
TOPIC 5E: Collision Theory
TOPIC 5F: Energy Profiles I
TOPIC 5G: Mechanisms
TOPIC 5H: Mechanisms & Rate Law
TOPIC 5I: Intermediates in Rate Determining Steps
TOPIC 5J: Energy Profiles II
TOPIC 5K: Catalysts
UNIT 06 - CHEMICAL THERMODYNAMICS I
TOPIC 6A: Endothermic & Exothermic Reactions
TOPIC 6B: Energy Diagrams
TOPIC 6C: Heat
TOPIC 6D: Calorimetry
TOPIC 6E: Heating & Cooling Curves
TOPIC 6F: Enthalpy
TOPIC 6G: Bond Enthalpy
TOPIC 6H: Enthalpy of Formation
TOPIC 6I: Hess’s Law
UNIT 07 - CHEMICAL EQUILIBRIUM
TOPIC 7A: Dynamic Equilibrium I
TOPIC 7B: Dynamic Equilibrium II
TOPIC 7C: Q & K
TOPIC 7D: Kc & Kp
TOPIC 7E: Large K & Small K
TOPIC 7F: Mathematical Manipulation of Q & K
TOPIC 7G: ICE Tables
TOPIC 7H: Particulate Representation of Equilibrium
TOPIC 7I: Le Châtelier’s Principle
TOPIC 7J: Q versus K and Equilibrium Shifts
TOPIC 7K: Ksp
TOPIC 7L: Common Ion Effect
UNIT 08 - ACIDS & BASES
TOPIC 8A: pH, pOH & Kw
TOPIC 8B: Strong Acids & Bases
TOPIC 8C: Weak Acids & Bases, Ka & Kb
TOPIC 8D: Neutralization, and Partial Neutralization to create a Buffer
TOPIC 8E: Titrations II
TOPIC 8F: Structure of Acids & Bases
TOPIC 8G: pH of Buffers Relative to pKa
TOPIC 8H: Introduction to Buffers
TOPIC 8I: Henderson-Hasselbalch
TOPIC 8J: Capacity of Buffers
TOPIC 8K: pH & Equilibrium Shifts
UNIT 09 - CHEMICAL THERMODYNAMICS II & ELECTROCHEMISTRY
TOPIC 9A: Entropy Intro
TOPIC 9B: Absolute Entropy & ∆S°
TOPIC 9C: Gibb’s Free Energy & Thermodynamic Favorability
TOPIC 9D: Kinetic Control
TOPIC 9E: Relationship between ∆G° and K
TOPIC 9F: ∆G°, ∆H°, ∆S° and Solubility
TOPIC 9G: Coupling
TOPIC 9H: Electrochemistry I
TOPIC 9I: Electrochemistry II
TOPIC 9J: Electrochemistry III, non-standard conditions
TOPIC 9K: Quantitative Aspects of Electrolysis