The Triple Point

The AP Chemistry* exam has been updated for the 2024-25 school year. You can find the updated course description guide here.  This resource includes 10 practice problems to help your AP Chemistry students master Topic 3.13 (Beer-Lambert Law) in Unit 3: Properties of Substances and Mixtures. There are three, multi-part problems included in this worksheet. Students will be asked to interpret Beer's Law plots, draw Beer's law plots, and calculate absorbance, concentration, and mass of solute. Ther

This resource includes 6 practice problems to help your AP Chemistry students master Topic 6.9 (Hess's Law) in Unit 6: Thermochemistry. This worksheet The worksheet is provided in PDF format, full worked-out solutions, and an answer key are included. Learning Objectives: 6.9.A Represent a chemical or physical process as a sequence of steps6.9.B Explain the relationship between the enthalpy of a chemical or physical process and the sum of the enthalpies of the individual steps.How you can use t

This resource includes 10 practice problems to help your AP Chemistry students master Topic 6.4 (Heat Capacity and Calorimetry) in Unit 6: Thermochemistry. Students will calculate energy, final temperature, and specific heat capacities. The worksheet is provided in PDF format, full worked-out solutions, and an answer key are included Learning Objective 6.4.A Calculate the heat q absorbed or released by a system undergoing heating/ cooling based on the amount of the substance, the heat capacity

This resource includes 10 practice problems to help your AP Chemistry students master Topic 3.7 (Solutions and Mixtures) in Unit 3: Properties of Substances and Mixtures. Students will interpret and draw a particle representation of solutions, describe how to prepare a solution, and solve for molarity, grams of solute, and liters of solution. The worksheet is provided in PDF format, full worked-out solutions, and an answer key are included. Learning Objective 3.7.A Calculate the number of solut

This resource includes 25 practice problem to help your AP Chemistry students master Topic 9.11 (Electrolysis and Faraday’s Law) in Unit 9: Thermodynamics and Electrochemistry. Students will annotate galvanic and electrolytic cells, identify anode and cathode based on descriptions, and write half-reactions and overall reactions. The worksheet is provided in PDF format, and an answer key is included. Learning Objective 9.8.A Explain the relationship between the physical components of an elect

This resource includes 5 practice problems to help your AP Chemistry students master Topic 6.7 (Bond Enthalpies) in Unit 6: Thermochemistry. This worksheet is designed to allow students to use average bond enthalpies to both predict whether a reaction is endothermic or exothermic, and to predict the ΔH. Students will need to be able to draw Lewis structures to complete this topic. The worksheet is provided in PDF format, full worked-out solutions, and an answer key are included. Learning Objec

This resource includes practice problems that your students should know to know to master Topic 2 (Introduction to Rate Laws) in Unit 5: Kinetics. This is a 4-page worksheet used to determine and apply the rate law of a chemical reaction using the Method of Initial Rates. It contains 4 multi-part, FRQ-style questions that ask students to analyze a set of data, and determine the order, rate constant, and rate law for a reaction. Students then apply the rate law to answer a further question about

Summer's over, but are your students ready for AP Chemistry? This editable test is print ready for you to give your students on day one! While I designed this to accompany my AP Chemistry Summer Assignment, it can be used for ANY summer assignment, or just as an introductory test to review topics from intro chemistry. The two-page test contains five multi-part questions, where students are tested on their understanding of the following topics: significant figuresmetric and temperature conver

This resource includes 8 practice problems to help your AP Chemistry students master Topic 7.9 (Introduction to LeChatelier's Principle) in Unit 7: Equilibrium. This is a single 2-page worksheet with problems to accompany an introduction to Le Châtelier's Principle. Students will describe Le Châtelier's Principle in terms of relative rates of forward and reverse reactions, concentrations of species, and macroscopic observations. The focus here is on the stress of changing concentrations of rea

This resource includes 2 practice problems to help your AP Chemistry students master Topic 3.4 (Ideal Gas Law) in Unit 3: Properties of Substances and Mixtures. Students will solve problems using the ideal gas law equation, Dalton's law of partial pressure, and empirical gas laws. The worksheet is provided in PDF format, and full worked-out solutions and an answer key are included. Learning Objective 3.4.A Explain the relationship between the macroscopic properties of a sample of gas or mixtur

This resource includes 10 practice problems to help your AP Chemistry students master Topic 1.3 (Elemental Composition of Pure Substances) in Unit 1. Unit 1: Atomic Structure and Properties. Students calculate percent composition, empirical formulas, and molecular formulas. The worksheet is provided in PDF format, full worked-out solutions, and an answer key are included. Learning Objective 1.3.AExplain the quantitative relationship between the elemental composition by mass and the empirical fo

Help students master AP Chemistry Learning Objective 4.8: Introduction to Acid-Base Reactionswith this data‑driven practice set that builds conceptual understanding through real chemical data. Students examine evidence of an acid–base process and connect observations to proton transfer. This data set reinforces foundational acid–base reasoning using AP‑aligned prompts This resource includes two data sets (Set A + Set B) aligned directly to LO 4.8. Each set is fully editable and paired with st

Help students master AP Chemistry Learning Objective 4.6: Introduction to Titrations with this data‑driven practice set that builds conceptual understanding through real chemical data. Students will perform calculations to determine the molarity or volume of titrant and analyte, and answer error analysis questions. This resource includes two data sets (Set A + Set B) aligned directly to LO 4.6. Each set is fully editable and paired with student‑ready PDFs and a detailed answer key and scorin

Help students master AP Chemistry Learning Objective 4.5: Stoichiometry with this data‑driven practice set that builds conceptual understanding through real chemical data. Students will Students will perform calculations to determine the limiting reactant, theoretical and percent yield. This resource includes two data sets (Set A + Set B) aligned directly to LO 4.5. Each set is fully editable and paired with student‑ready PDFs and a detailed answer key and scoring guidelines. PERFECT FORDai

Help students master AP Chemistry Learning Objective 4.7: Types of Chemical Reactions with this data‑driven practice set that builds conceptual understanding through real chemical data. Students will classify a reaction type using observable evidence. Students analyze the data, determine whether the reaction is single replacement, double replacement, or neutralization, and justify their claim. This resource includes three data sets (Set A + Set B + Set C) aligned directly to LO 4.7. Each set

Help students master AP Chemistry Learning Objective 4.4: Physical and Chemical Changes with this data‑driven practice set that builds conceptual understanding through real chemical data. Students will distinguish between physical and chemical changes using real evidence. Students classify the process and support their reasoning with clear chemical logic. This resource includes two data sets (Set A + Set B) aligned directly to LO 4.4. Each set is fully editable and paired with student‑ready P

Help students master AP Chemistry Learning Objective 4.2: Net Ionic Equations and 4.3: Representations of Reactions with this data‑driven practice set that builds conceptual understanding through real chemical data. Students will identify spectator ions, write net ionic equations, and represent at the particle level Students analyze evidence and explain what truly changes during a reaction. This resource includes two data sets (Set A + Set B) aligned directly to LO 4.2 and 4.3. Each set is

Help students master AP Chemistry Learning Objective 4.1: Introduction to Reactions with this data‑driven practice set that builds conceptual understanding through real chemical data. Students will observe evidence of change, interpret what the data suggests, and connect observations to the idea of physical and chemical transformation. This resource includes two data sets (Set A + Set B) aligned directly to LO 4.1. Each set is fully editable and paired with student‑ready PDFs and a detailed a

This resource includes 4 multi-part practice problems to help your AP Chemistry students master Topic 3.8 (Representations of Solutions) in Unit 3: Properties of Substances and Mixtures. Students will draw and interpret particle representations of aqueous solutions (electrolytes and nonelectrolytes) as well as precipitation reactions. The worksheet is provided in PDF format, and an answer key is included. Learning Objective 3.8.A Using particulate models for mixtures: Represent interactions be

This resource includes 9 practice problems to help your AP Chemistry students master Topic 8.3 (Weak Acid and Base Equilibria) in Unit 8: Acids and Bases. Students will use percent ionization, pH, and initial concentrations to calculate values for weak acids and bases. The worksheet is provided in PDF format, and an answer key is included. Learning Objective 8.3.A Explain the relationship among pH, pOH, and concentrations of all species in a solution of a monoprotic weak acid or weak base. How