Study Session (AP Exams)

Study Session (AP Exams)

Study Session (AP Exams)

Study Session (AP Exams)

Study Session (AP Exams)

In Class - Worksheet (Bond Energy Calculations)

Lecture - Calorimetry / Heat Capacities

Quiz 20 (Thermochemistry Introduction / Exothermic and Endothermic / Bond Energies)

Lecture – Calorimetry / Heat Capacities / Heat of Reactions

Lecture – Calorimetry / Heat Capacities / Heat of Reactions

In Class - Worksheet (Calorimetry / Heat Capacities / Heat of Reactions)

Lecture – Phase Changes / Heating Curves

Lecture - Quiz 21 (Calorimetry / Heat Capacities / Heat of Reactions)

Review - Quiz 21

Lecture - Phase Changes / Heating Curves

Lecture - Phase Changes / Heating Curves

Worksheet 25.1 - Phase Changes / Heating Curves / Review Session

Q4 Exam 1 - (Thermochemistry / Exothermic & Endothermic / Bond Energies / Enthalpy / Calorimetry / Heat Capacities / Phase Changes / Heating Curves)

Review - Q4 Exam 1

Lecture – State Functions, Hess's Law, Formation Reactions

Lecture – Standard Enthalpy of Formation, Activation Energy Diagrams

Experiment 15 - Specific Heat Capacity of an Unknown Metal

Lecture – Born-Haber Cycles

Lecture – Born-Haber Cycles

Worksheet Review

Worksheet Review

Lecture - Redox Reactions in Acidic Solutions

Lecture – Recap Exam 1 / Class Worksheet

Lecture - Redox Reactions in Basic Solutions / Class Worksheet

Lab Exam 2 - Titrations

Lab Exam 2 – Calculations from Lab Exam 2

Class Worksheet - Review

Lecture - Redox Reactions in Basic Solutions

Experiment – Precipitation of Iron Hydroxide and Redox of Nitrate to Ammonia

Quiz 19 (Redox in Acidic and Basic conditions / Solubility Rules / Molarity Calculations / Reading Burettes to correct sig figs / Multiple Titrations to improve accuracy

Lab Exam Review / Conjugate Acid and Bases

Class Worksheet - Review

Class Worksheet - Review

Experiment – Detection of carbon dioxide using calcium hydroxide and precipitation reactions

Q3 Exam 3 - 3/21/2025 - (Redox Reactions: Composition, Decomposition, Replacement / Non-Redox Reactions: Precipitation, Titration, Neutralization, Gas Reactions / Oxidation Numbers / Strong and Weak Acids / Molecular, Ionic, Net Ionic Equations / expect reflection upon previous material like PV=nRT / Molarity / Redoxes in Acidic and Basic Conditions / Solubility Rules)

Exam 3 review / Lab review / Class Worksheet

Class Worksheet - Review

Class Worksheet - Review

Q3 Benchmark - (Redox Reactions: Composition, Decomposition, Replacement / Non-Redox Reactions: Precipitation, Titration, Neutralization, Gas Reactions / Oxidation Numbers / Strong and Weak Acids / Molecular, Ionic, Net Ionic Equations / expect reflection upon previous material like PV=nRT / Molarity / Redoxes in Acidic and Basic Conditions / Solubility Rules / Beer Lambert / Dilution Equation )

Thermochemistry Introduction

Class Worksheet - Review

Class Worksheet - Review

Lecture - Representations of Reactions (4.3) / Lecture - Types of Chemical Reactions (4.7) [pp. 153-158] / Class Worksheet

Oxidation-Reduction (Redox) Reactions (4.9) [pp. 170-175] / Class Worksheet

Quiz 17 (Addition / Replacement Reactions, Half Reactions, Oxidation / Reduction, Molecular / Ionic / Net ionic equations / Solubility Rules / Metal Activities)

Class Worksheet – Review

Lecture - Representations of Reactions (4.3) / Lecture - Types of Chemical Reactions (4.7) [pp. 153-158] / Class Worksheet

Lecture - Representations of Reactions (4.3) / Lecture - Types of Chemical Reactions (4.7) [pp. 153-158]

Experiment – Precipitation Reactions

Quiz 18 (strong and weak acids (identify based on formula, know if they should be written as ionic or molecular in an equation), titration, stoichiometry involving molarities)

Lecture - Limiting Reactions / Bronstead and Lowrey Acids & Bases

Lecture – Dilutions / Class Worksheet

Lecture - Class Worksheet

Experiment – Titration Practice

Q3 Exam 1 - (Redox Reactions: Composition, Decomposition, Replacement / Non-Redox Reactions: Precipitation, Titration, Neutralization, Gas Reactions / Oxidation Numbers / Strong and Weak Acids / Molecular, Ionic, Net Ionic Equations / expect reflection upon previous material like PV=nRT / Molarity )

Practice Worksheets

Practice Worksheets

Lecture – Spectroscopy and the Electromagnetic Spectrum (3.11) [pp. 296-298]
Homework 14.1 due (Molarity and Solubility)

Lecture – Photoelectric Effect (3.12) [pp. 298-305] / Lecture - Beer-Lambert Law (3.13)

Q2 Exam 3 - (Ideal Gas Law, Partial Pressures, Mole Fraction, Graham’s Law, Real Gas Law, Molarity, Solutions, Solubility)

Lecture – Spectroscopy and the Electromagnetic Spectrum (3.11) [pp. 296-298]

Lecture – Photoelectric Effect (3.12) [pp. 298-305] / Lecture - Beer-Lambert Law (3.13)

Practice Worksheets

Experiment - Chromatography
Homework 15.1 due (Spectroscopy & PE Effect)

Q2 Benchmark 2

Lecture - Introduction to Reactions (4.1) [pp. 103-105] / Lecture - Stoichiometry (4.5) [pp. 108-114] / Class Worksheet

Lecture - Representations of Reactions (4.3) / Lecture - Types of Chemical Reactions (4.7) [pp. 153-158] / Class Worksheet

Oxidation-Reduction (Redox) Reactions (4.9) [pp. 170-175] / Class Worksheet

Experiment - Chromatography

Chemistry Video
Quiz 16 (Beer-Lambert, Photoelectric Effect, Balancing Equations, Oxidation / Reduction)

Lecture - Solids, Liquids, and Gases (3.3) [pp. 458-459]

Lecture - Kinetic Molecular Theory (3.5) [pp. 214-222]

Lab Experiment 9 - Electrical Conductivity Lab

Lecture - Ideal Gas Law (3.4) [pp. 198-203]
Quiz 13 (Molecular Orbital Theory, Ionic and Metallic Solids)
HW 12.1 Due – Ionic and Metallic Solids

Lecture - Ideal Gas Law (3.4) [pp. 198-203]

Lecture – Partial Pressures, Mole Fraction (3.5) [pp. 210-212]
HW 13.1 Due – Ideal Gas Law, Partial Pressures, Mole Fraction

Lecture – Kinetic Molecular Theory of Gases, Boltzmann Distribution [pp. 214-224]
Quiz 14 (Ideal Gas Law, Partial Pressures, Mole Fraction)

Deviation from Ideal Gas Law (3.6) [pp. 224-226]

Q2 Exam 2 - 12/13/2024 - (Molecular Orbital Theory, Intermolecular Forces, Ionic and Metallic Solids)

Lecture - Solutions and Mixtures (3.7) / Representations of Solutions (3.8) [pp. 145-153]
HW 13.2 Due – Graham's Law, Velocity of Gases, Real Gas Law

Lecture – Separation of Solutions and Mixtures Chromatography (3.9) [pp. 29-30]

Lecture – Solubility (3.10) [pp. 155-157]
Albert IO due (Ideal Gas Law, Mole Fraction, Partial Pressure)

Lecture – Spectroscopy and the Electromagnetic Spectrum (3.11) [pp. 296-298]
Quiz 15 (Graham’s Law, Velocity of Gases, Real Gas Law)

Lecture – Photoelectric Effect (3.12) [pp. 298-305] / Lecture - Beer-Lambert Law (3.13)

Chemistry Video
Quiz 16 (Beer-Lambert, Photoelectric Effect, Balancing Equations, Oxidation / Reduction)

Nov 1 (Fri): Lecture - Bond Polarity

Lecture - Intelligent Work Packet

Field Trip

Field Trip

Lecture - Bond Hybridization
Homework - Intelligent Thinking Packet Due

Lecture - Bond Hybridization
Homework 7.3 - Lewis Structures due

Lecture - Bond Hybridization (2.7) [416-428]

Lecture - Bond Hybridization (2.7) [416-428]

Lab Experiment 8 - Molecular Geometry and Polarity

Lecture - Intermolecular Forces (3.1) [pp. 455-458]
Quiz 13 (VSEPR and Bond Hybridization)

Lecture - Intermolecular Forces (3.1) [pp. 455-458]
HW 9.1 Due – Intermolecular Forces

Lecture – Organic Chemistry Naming (22.1-22.2) [pp. 1023-1035]

Lecture – Molecular Orbital Theory (9.2-9.5) [pp. 428-441]
HW 10.1 Due – Organic Chemistry Nomenclature and Hybridization

Lecture – Molecular Orbital Theory (9.2-9.5) [pp. 428-441]
Quiz 11 (Organic Nomenclature and Hybridization) - GradeCam

Lecture - Intermolecular Forces (3.1) [pp. 455-458]

Q2 Exam 1 (Lewis Structures, Electronegativity, VSEPR, Bond Polarity, Dipole Moments, Bond Hybridization, Formal Charge, Molecular Stability)

HW 10.2 Due – Molecular Orbital Theory

Lecture - Properties of Solids (3.2) [pp. 459-465]

Lecture - Solids, Liquids, and Gases (3.3) [pp. 458-459]

Lecture - Kinetic Molecular Theory (3.5) [pp. 214-222]
Quiz 12 (Molecular Orbital Theory & Intermolecular Forces)
HW 11.1 Due – Intermolecular Forces

Lecture - Atomic Structure and Periodicity (1.6) [p. 296 - 338]

Lecture - Atomic Structure and Periodicity (1.6) [p. 296 - 338]

Lecture - Photoelectron Spectroscopy (PES) (1.6) [p. 441] / Periodic Trends (1.7) [pp. 329-335]
Quiz 7 (Percent Composition by Mass, Empirical and Molecular Formulas)
Homework 4.1 & 4.2 Due (20 mins)

Valence Electrons and Ionic Compounds (1.8) [pp. 55-57, 361-365]

Exam 3 (Mass / Moles / Molecules / Ions calculations, percent by mass, empirical formula, molecular formula, ionic / covalent / acid nomenclature)
Homework 4.3 Due (20 mins)

Lecture - Atomic Structure and Periodicity (1.6) [p. 296 - 338]

Lecture - Atomic Structure and Periodicity (1.6) [p. 296 - 338]

Lecture - Photoelectron Spectroscopy (PES) (1.6) [p. 441] / Periodic Trends (1.7) [pp. 329-335]
Quiz 8 (Molecular Orbital Notation, Electron Energy Diagram, Electron Configuration, Electron Dot Notation, EM Spectrum)
Homework 5.1 Due (20 mins)

Valence Electrons and Ionic Compounds (1.8) [pp. 55-57, 361-365]
Homework 5.2 Due (20 mins)

Valence Electrons and Ionic Compounds (1.8) [pp. 55-57, 361-365]
Homework 5.3 Due (20 mins)

Valence Electrons and Ionic Compounds (1.8) [pp. 55-57, 361-365]

Lecture - Types of Chemical Bonds (2.1) [pp. 352-361]

Blooket Registration / Review for Benchmark 1

Benchmark 1

Lecture - Intramolecular Force and Potential Energy (2.2) [pp. 455-457]
Homework 6.1 Due (20 mins)

Lecture - VSEPR and Bond Hybridization (2.7) [pp. 389-398, 416-428]

Practice – Homework 7.1 in class

Quiz 9 – Chemical Bonds, Lewis Structure, Resonance

Halloween Lab: Slimes!

Lecture - Atomic Theory (0.3) [pp. 47-54]

Lecture - Atomic Theory (0.3) [pp. 47-54] / Nomenclature (0.4) [pp. 60-70]

Lecture - Nomenclature (0.4) [pp. 60-70]
Quiz 3 (Polyatomic Set 1 & 2, Atomic Theory)

Lab Experiment 3 – Density

Exam 1 (Equipment List, Lab Safety, Temperature Conversions, Measurements, Sig Figs & Operations, Metric Conversions, Density)
HW: Study for Quiz 3 / Read Lab Experiment 3 / Read the pages above before class / Homework due on Thursday, Sept 5, by midnight.

Exam 1 (Equipment List, Lab Safety, Temperature Conversions, Measurements, Sig Figs & Operations, Metric Conversions, Density)

Lecture - Nomenclature (0.4) [pp. 60-70]

Lecture - Nomenclature (0.4) [pp. 60-70]
Quiz 4 (Atomic Mass Calculations, Isotopes, Ions, Allotropes, & Ionic Nomenclature)

Lab Experiment 4 – Separation of a Mixture

Lecture - Stoichiometry [pp. 81-103]

Lecture - Lecture – Stoichiometry [pp. 81-103]
• Quiz 5 (Covalent Nomenclature, Acid Nomenclature, Lab Experiment 5 Reading)

Lab Experiment 5 – Chemical and Physical Changes Part 1

Exam 2 (Elements nomenclature & symbols, matter, chemical & physical changes, chemical activity, evidence of chemical changes, types of matter, types of mixtures, properties of compounds & mixtures, separation of mixtures, historical figures and their discoveries, nuclear model of the atom, isotopes, weighted average atomic mass, the periodic table, allotropes, ion prediction based on periodic table)

HW: Study for Quiz 5 / Read Lab Experiment 5 / Read the pages above before class / Online homework due Thursday by Midnight

A: Exam 2 Prep: Chemistry Study Session and Q&A on Thursday at 6 pm, please register in advance

Lecture - Lecture - Lecture – Stoichiometry [pp. 81-103]

Lecture – Atomic Structure and Periodicity (1.6) [p. 296 - 338]
HW 3 Due by midnight

Lecture – Atomic Structure and Periodicity (1.6) [p. 296 - 338]
Quiz 6 (Grams, Moles, Atoms, Atomic mass, Molar mass calculations)

Lab Experiment 6 – Chemical and Physical Changes Part 2
(May be delayed due to ongoing confirmation from school administrators, Experiment 7 may replace Experiment 6 for this week)

Lecture - Periodic Trends (1.7) [pp. 329-335]

Introduction (Period 1 absent due to meeting)

Lecture - Chemistry, Scientific Method, Chemical & Physical Change (0.1) [pp. 3-7]

Lecture - Measurement and Significant Figures (0.2) [pp. 8-17]
Quiz 1 (Introduction to Chemistry, Lab Safety, Handout 2 - Elements Set 1 & 2)

Lab Experiment 1 - Laboratory Safety and Equipment

Lecture - Measurement and Significant Figures (0.2) [pp. 11-17]

Lecture - Atomic Theory (0.3) [pp. 47-54]

Lecture - Atomic Theory (0.3) / Nomenclature (0.4) [pp. 50-54, 60-70]

Lecture - Nomenclature (0.4) [pp. 60-70]
Quiz 2 (Measurements, Significant Figures, Atomic Theory)

Lab Experiment 2 - Measurements

Lecture - Nomenclature (0.4) [pp. 60-70]
HW: Study for Quiz 2 / Read Lab Experiment 2 / Read the pages above before class / Homework to follow.
A: Next week Quiz 3 will cover Nomenclature, Molar Mass, Polyatomics Set 1 & 2.