Rearrange these topics to be in a more logical flow. So if you learn a topic you should be able to connect to next the topics you are learning.
TOPIC 1A (LO 1.1): The Mole
TOPIC 1B (LO 1.2): Isotopes and Mass Spectrometry
TOPIC 1C (LO 1.3): Empirical & Molecular Formula
TOPIC 1D (LO 1.4): Pure & Impure
TOPIC 1E (LO 1.5): Atoms & Electronic Configuration
TOPIC 1F (LO 1.6): Photoelectron Spectroscopy
TOPIC 1G (LO 1.7): Periodicity
TOPIC 1H (LO 1.8): Formation of Ions
TOPIC 2A (LO 2.1): Sliding Scale of Bond Type
TOPIC 2B (LO 2.2): Bond Length & Strength
TOPIC 2C (LO 2.3): The Ionic Lattice
TOPIC 2D (LO 2.4): Metallic Bonding & Alloys
TOPIC 2E (LO 2.5): Lewis Structures
TOPIC 2F (LO 2.6): Resonance & Formal Charge
TOPIC 2G (LO 2.7): VSEPR & Hybridization
TOPIC 3A (LO 3.1): IMFs & Ion-dipole Forces
TOPIC 3B (LO 3.2): Types of Solids & Properties
TOPIC 3C (LO 3.3): States of Matter
TOPIC 3D (LO 3.4): Ideal Gases
TOPIC 3E (LO 3.5): Gases and Kinetic Molecular Theory
TOPIC 3F (LO 3.6): Deviations from Ideal Behavior
TOPIC 3G (LO 3.7): Solutions & Concentration
TOPIC 3H (LO 3.8): Particulate Diagrams of Solutions
TOPIC 3I (LO 3.9): Chromatography and Distillation
TOPIC 3J (LO 3.10): Solubility of Solutes in Solvents
TOPIC 3K (LO 3.11): Effect of Radiation on Matter
TOPIC 3L (LO 3.12): Photons
TOPIC 3M (LO 3.13): Beer’s Law
TOPIC 4A (LO 4.1): Chemical & Physical Change
TOPIC 4B (LO 4.2): Equations & Net Ionic Equations
TOPIC 4C (LO 4.3): Particulate Representations of Equations
TOPIC 4D (LO 4.4): Chemical & Physical Change in Terms of Bonds & Forces
TOPIC 4E (LO 4.5): Stoichiometry
TOPIC 4F (LO 4.6): Titrations I
TOPIC 4G (LO 4.7): Types of Chemical Reaction
TOPIC 4H (LO 4.8): Acid-Base Reactions
TOPIC 4I (LO 4.9): REDOX Reactions
TOPIC 5A (LO 5.1): Factors Affecting Rates
TOPIC 5B (LO 5.2): Rate Laws
TOPIC 5C (LO 5.3): Rates, Graphs & Half-Life
TOPIC 5D (LO 5.4): Elementary Steps
TOPIC 5E (LO 5.5): Collision Theory
TOPIC 5F (LO 5.6): Energy Profiles I
TOPIC 5G (LO 5.7): Mechanisms
TOPIC 5H (LO 5.8): Mechanisms & Rate Law
TOPIC 5I (LO 5.9): Intermediates in Rate Determining Steps
TOPIC 5J (LO 5.10): Energy Profiles II
TOPIC 5K (LO 5.11): Catalysts
TOPIC 6A (LO 6.1): Endothermic & Exothermic Reactions
TOPIC 6B (LO 6.2): Energy Diagrams
TOPIC 6C (LO 6.3): Heat
TOPIC 6D (LO 6.4): Calorimetry
TOPIC 6E (LO 6.5): Heating & Cooling Curves
TOPIC 6F (LO 6.6): Enthalpy
TOPIC 6G (LO 6.7): Bond Enthalpy
TOPIC 6H (LO 6.8): Enthalpy of Formation
TOPIC 6I (LO 6.9): Hess’s Law
TOPIC 7A (LO 7.1): Dynamic Equilibrium I
TOPIC 7B (LO 7.2): Dynamic Equilibrium II
TOPIC 7C (LO 7.3): Q & K
TOPIC 7D (LO 7.4): Kc & Kp
TOPIC 7E (LO 7.5): Large K & Small K
TOPIC 7F (LO 7.6): Mathematical Manipulation of Q & K
TOPIC 7G (LO 7.7): ICE Tables
TOPIC 7H (LO 7.8): Particulate Representation of Equilibrium
TOPIC 7I (LO 7.9): Le Châtelier’s Principle
TOPIC 7J (LO 7.10): Q versus K and Equilibrium Shifts
TOPIC 7K (LO 7.11): Ksp
TOPIC 7L (LO 7.12): Common Ion Effect
TOPIC 7M (LO 7.13): pH & Equilibrium Shifts
TOPIC 7N (LO 7.14): ∆G°, ∆H°, ∆S° and Solubility
TOPIC 8A (LO 8.1): pH, pOH & Kw
TOPIC 8B (LO 8.2): Strong Acids & Bases
TOPIC 8C (LO 8.3): Weak Acids & Bases, Ka & Kb
TOPIC 8D (LO 8.4): Neutralization, and Partial Neutralization to create a Buffer
TOPIC 8E (LO 8.5): Titrations II
TOPIC 8F (LO 8.6): Structure of Acids & Bases
TOPIC 8G (LO 8.7): pH of Buffers Relative to pKa
TOPIC 8H (LO 8.8): Introduction to Buffers
TOPIC 8I (LO 8.9): Henderson-Hasselbalch
TOPIC 8J (LO 8.10): Capacity of Buffers
TOPIC 9A (LO 9.1): Entropy Introduction
TOPIC 9B (LO 9.2): Absolute Entropy & ∆S°
TOPIC 9C (LO 9.3): Gibb’s Free Energy & Thermodynamic Favorability
TOPIC 9D (LO 9.4): Kinetic Control
TOPIC 9E (LO 9.5): The Relationship between ∆G° and K
TOPIC 9F (LO 9.6): Coupling
TOPIC 9G (LO 9.7): Electrochemistry I
TOPIC 9H (LO 9.8): Electrochemistry II
TOPIC 9I (LO 9.9): Electrochemistry III,  Non-Standard Conditions
TOPIC 9J (LO 9.10): Quantitative Aspects of Electrolytic Cells