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Quantum Theory and Electronic Structure: Bohr Model, Determine Photon Energy in Joules
Quantum Theory and Electronic Structure: Energy, Wavelength, Frequency, and Colour of Emitted Lithium Photons
Quantum Theory and Electronic Structure: Quantum Numbers, Orbital Characteristics
Quantum Theory and Electronic Structure: Electron Configuration, Orbital Diagrams, Aufbau's Principle, and Hund's Rule
Periodic Relationships Between the Elements: Ranking Atomic Radius Size
Periodic Relationships Between the Elements: Ranking First Ionization Energy
Periodic Relationships Between the Elements: Describe Ionic Radii of Isoelectronic Series
Chemical Bonding — Basic Concepts: Calculate Enthalpy Change from Bond Energy
Chemical Bonding — Basic Concepts: Which is the Most Polar Bond?
Chemical Bonding — Molecular Geometry and Hybridization: Identify Central Atom Hybridization
Chemical Bonding — Molecular Geometry and Hybridization of Atomic Orbitals: Determine Electron Pair Geometry and Molecular Geometry
Chemical Bonding — Molecular Geometry and Hybridization of Atomic Orbitals: Which Central Atom Makes a Polar Molecule?
Chemical Bonding — Molecular Geometry and Hybridization of Atomic Orbitals: Using Molecular Orbital Theory and Bond Order to Determine Ion Charge
Intermolecular Forces and Liquids and Solids — Arrange Compounds in Order of Increasing Boiling Point
Intermolecular Forces and Liquids and Solids — Define and Explain the Types of Intermolecular Forces
Intermolecular Forces and Liquids and Solids: Predict Melting Point
Organic Chemistry — Bonding and Structure: Identify Hybridization and Sketch Orbital Overlap
Organic Chemistry — Bonding and Structure: Interpret Chemical Structure Line Drawing
Organic Chemistry — Bonding and Structure: Identifying Constitutional Isomers
Organic Chemistry — Bonding and Structure: Naming Cycloalkane Structures
Organic Chemistry — Stereochemistry: Determine Stereocenter Configuration R or S
Organic Chemistry – Stereochemistry: Enantiomers, Diastereomers, Identical
Organic Chemistry – Stereochemistry: Alkenes, Label E or Z
Organic Chemistry — Conformational Analysis: Cycloalkane Chair Drawing and Interpretation
Organic Chemistry — Conformational Analysis: Butane Newman Projection, Bond Rotation Energy Diagram
Ideal Gases: General Gas Law, Changing Temperatures
Ideal Gases: Calculate the Density of an Ideal Gas
Ideal Gases: Partial Pressure, Gas Over Water Calculation
Ideal Gases: Use the Kinetic Molecular Theory to Explain Impact on a Gas as V and T Increased
Ideal Gases: General Gas Law, Amount and Volume Relationship
Thermochemistry: Interpreting Thermochemical Equations and Sketching Enthalpy Diagrams
Thermochemistry: Calculate q for Cooling a Compound
Thermochemistry: Hess’s Law Calculation
Thermochemistry: Using Enthalpy of Formation to Calculate ΔH
Kinetics: Writing Rate Expressions
Kinetics: Rate of Appearance, Rate of Disappearance
Kinetics: Determine Reaction Order, Rate Constant, Rate Law
Kinetics: Reaction Mechanism
Chemical Equilibrium: Applying Le Chatelier’s Principle to Determine Impact of Changing Pressure
Chemical Equilibrium: Calculate Q, Compare to K
Chemical Equilibrium: Calculate Equilibrium Constant from Concentrations at Equilibrium
Chemical Equilibrium: Given Starting Concentrations and K, Calculate Equilibrium Concentrations
Acid-Base Equilibrium: Predict Whether an Aqueous Salt Solution Will be Acidic, Basic or Neutral
Acid-Base Equilibrium: Recognize Conjugate Acid-Base Pairs
Acid-Base Equilibrium: Label Acid, Base, Conjugate Acid, Conjugate Base in a Reaction
Acid-Base Equilibrium: Calculate Hydronium concentration, Hydroxide concentration, pH, pOH
Acid-Base Equilibrium: Calculate pH and pOH for Strong Acid Solution
Acid-Base Equilibrium: Calculate Concentration of All Species Given Initial Weak Base Concentration and Base Ionization Equilibrium Constant
Solubility Product: Predict Solubility of a Slightly Soluble Salt in Water
Solubility Product: Calculate Solubility Product Equilibrium Constant
Buffers: Calculate pH of a Buffer Solution, and Calculate the pH of a Buffer Solution After Adding Strong Acid
Buffers: Calculate the pH at Points Along a Weak Acid-Strong Base Titration
Electrochemistry: Identify Anode and Cathode and Calculate Cell Potential
Electrochemistry: Identify Oxidation and Reduction Half-Reactions
Electrochemistry: Write Shorthand Cell Notation
Electrochemistry: Determine if a Reaction is Spontaneous
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PASSchem Copyright © 2025 by Sharon Brewer, Lindsay Blackstock, TRU Open Press is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License, except where otherwise noted.