The Triple Point

This resource includes all the content (in Google Slides) that your students need to know to master Unit 1: Atomic Structure and Properties. This product is for Google Slides. You can find a PowerPoint (.pptx) version here: AP Chemistry Lessons: Unit 1: Atomic Structure and Properties (PowerPoint). This product includes eight google slides lessons for each of the topics of Unit 1: Atomic Structures and Properties: Topic 1: Moles and Molar MassTopic 2: Mass Spectra of ElementsTopic 3: Elemental

This resource includes all the content (in Google Slides) that your students need to know to master Unit 2: Compound Structure and Properties. This product is for Google Slides. You can find a PowerPoint (.pptx) version here: AP Chemistry Lessons for Unit 2: Compound Structure and Properties (PowerPoint) This product includes eight google slides lessons for each of the topics of Unit 2: Compound Structures and Properties: Topic 1 – Types of Chemical Bonds Topic 2 – Intramolecular Force and Pote

Teaching AP Chemistry next year? Get your students off on the right foot with this summer assignment and assessment. This bundle includes: A 10-page Summer Assignment (in PDF and Editable Word document)A 2-page editable test (Google Docs) to assess student mastery of the topics. Answer Keys for both!This assignment is designed to allow students to prepare or review introductory concepts from the first year chemistry course so that they can hit the ground running in for Unit 1 in August/Septembe

Help your students build a rock‑solid foundation for AP Chemistry with this Unit 4 Data‑Driven Practice Bundle, designed to strengthen students’ reasoning with real data, particulate models, and AP‑style analysis. Every Learning Objective in Unit 1 includes two unique data sets (Set A + Set B), each crafted to target the exact skills students need for success on the AP exam. Perfect for daily practice, warm-ups, homework, intervention, and AP exam preparation. WHAT’S INCLUDED✔ 2 Data Sets per

This comprehensive Unit 9 bundle provides a complete, AP‑aligned sequence of data‑driven practice for every Learning Objective from 9.1 through 9.11. Each LO includes two high‑quality FRQs built from clean, intuitive data sets: phase changes, gas expansion, dissolution, entropy calculations, temperature‑dependent processes, weak acid equilibria, redox spontaneity, coupled reactions, and electrochemical cells, paired with detailed scoring guidelines that model strong AP reasoning. Students build

Build deep, lasting student understanding of AP Chemistry Unit 5: Kinetics with this comprehensive, data‑driven bundle covering Learning Objectives 5.1 through 5.11. Each resource is intentionally designed to help students think like chemists by analyzing real data, interpreting graphs, and connecting particle‑level models to macroscopic reaction behavior. This bundle provides a complete, classroom‑ready pathway through all major kinetics topics: reaction rates, rate laws, concentration changes

Help your students build a rock‑solid foundation for AP Chemistry with this Unit 1 Data‑Driven Practice Bundle, designed to strengthen students’ reasoning with real data, particulate models, and AP‑style analysis. Every Learning Objective in Unit 1 includes two unique data sets (Set A + Set B), each crafted to target the exact skills students need for success on the AP exam. Students interpret PES spectra, analyze periodic trends, compare atomic structures, and justify claims using evidence —

This Unit 2 Bundle brings together all eight AP Chemistry Learning Objectives on bonding and structure in one streamlined, data‑driven package. Each LO includes a focused particulate model or molecular data set, an AP‑style FRQ, and scoring guidelines that push students to reason from evidence rather than memorize rules. From potential‑energy curves and ionic solids to Lewis structures, resonance, VSEPR, hybridization, and molecular polarity, this bundle builds a coherent progression of skills t

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 bundle includes resources you can use to help your students master Topic 6 (Photoelectron Spectroscopy) in Unit 1: Atomic Structure and Properties. It includes: Google Slides lessonPractice Problems (for homework or in-class) Cards Activity for in-class practice and reviewThe Google Slides Slides Lesson includes 34 slides that can be covered in 1-2 class periods. The Practice Problems Worksheet is a 2-page printable PDF worksheet that can be used as a homework assignment or in-class prac

This resource includes all the content (in Google Slides) that your students need to know to master Topic 3.1 (Intermolecular and Interparticle Forces) in Unit 3: Properties of Substance and Mixtures The slides include a complete lesson so that students can master the following learning objectives and essential knowledge: Learning Objective 3.1.A Explain the relationship between the chemical structures of molecules and the relative strength of their intermolecular forces when: The molecules are

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 helps students connect reaction mechanisms to the rate law by analyzing how the rate‑determining step shapes the overall kinetics of a reaction. Through targeted practice, students identify slow and fast steps, determine molecularity, recognize intermediates, and write rate laws consistent with a proposed mechanism. Each problem reinforces the idea that the rate law reflects the slowest elementary step, preparing students for deeper work with multistep energy profiles and mechanism

This resource helps students analyze how reactant concentrations change as a reaction progresses, building the foundation for interpreting zero‑, first‑, and second‑order kinetic behavior. Through data tables and graph‑based practice, students learn to identify reaction order from concentration‑versus‑time plots, use linearized graphs to determine rate constants, and connect mathematical models to real chemical processes. Perfect for classwork, homework, or guided practice, this LO 5.3 set stren