Google Classroom Code:
- Syllabus - Chemistry - Units, Conversion Factors, Equations - Periodic Table Front - Periodic Table Back - Graph Paper 1; Graph Paper 2 |
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Course Curriculum: ( ** = advanced chemistry only)
Unit 1 - Matter & Measurement: (Ch. 2,3) - Study Guide
Chapter 2 - Notes on Matter
Explain Lab Safety Procedures
- Safety Contract
Identify lab equipment and its appropriate use.
- Lab Equipment List; Notes - Lab Equipment & Uses
Make detailed observations, not inferences
- Observing Evidence of Interaction Lab;
Distinguish between pure substances and mixtures (macroscopic and atomic)
- Classification of Matter Practice 1.0 & Answer Key
Distinguish between physical and chemical properties of matter.
Distinguish between extensive and intensive properties.
- Physical vs. Chemical Properties Practice 1.0 & Answer Key
Explain how certain mixtures can be separated.
Distinguish between physical and chemical changes.
- Physical vs. Chemical Changes Practice 1.0 & Answer Key
- Physical & Chemical Properties & Changes Lab; **ADV Lab Report;
Identify four observable events that provide evidence a chemical change may have occurred.
- Observing Chemical Changes Lab & Data Table; **ADV Lab Report;
Apply the Law of Conservation of Mass/Matter to real world scenarios.
**Construct formal lab reports
- **Lab Report Format Document;
Chapter 3 - Notes on Measurement
Record measurements with units to the appropriate precision.
- Measurement Practice 1.0 & Answer Key
- Juice Box Lab; **ADV Lab Report;
Create and analyze a graph based on lab data.
- See Graphing Guidelines in the notes
Indicate significant figures (sig figs)
- Sig Figs Practice 1.0 & Answer Key;
Convert between standard and scientific notation
- Scientific Notation Practice 1.0 & Answer Key;
- Sig Figs & Sci Not Practice 1.0 & Answer Key;
Make quantitative calculations that account for uncertainty in measurements and significant figures
- Sig Fig Calculations 1.0 & Answer Key, 1.1;
- **Sig Fig Calculations 2.0 (Multi-Step) & Answer Key;
- Gummy Bear Lab;
Calculate and apply the concept of density.
- Density Practice 1.0 & Answer Key;
- **Density Practice 2.0 & Answer Key;
- Density of Pennies Lab; **ADV Lab Report;
Use dimensional analysis to solve common conversion problems.
- D.A. Practice 1.0 & Answer Key; 1.1;
Explain why metric prefixes are easy to use and convert between using dimensional analysis.
- Metric Relationships Practice 1.0 & Answer Key;
- D.A. Practice 2.0 (Metric) & Answer Key;
**Convert between units with exponents using Dimensional Analysis.
- **D.A. Practice 3.0 & Answer Key;
Use dimensional analysis to solve multi-step conversion problems.
- Crazy Conversions Practice 1.0 & Answer Key;
- D.A. Practice 4.0 & Answer Key; 4.1 & Answer Key;
- **D.A. Practice 5.0 & Answer Key; **5.1 & Answer Key;
Calculate Percent Error.
- Percent Error Practice 1.0 & Answer Key;
- Determining Density Using Slope Practice 1.0; Data/Graph & Answer Key;
Differentiate between accuracy and precision.
Unit 2 - Atomic Structure: (Ch. 4 & 5) - Study Guide
Chapter 4 - Notes on Atomic Structure & History
Compare and contrast the history of atomic structure; scientists' experiments, theories, and models of the atom.
- History of Atomic Structure Presentation & Resources;
Design a procedure to indirectly calculate something you cannot directly measure.
- Thickness of Al Foil Lab; **ADV Thickness of Al Foil Lab; **ADV Lab Report;
- **How Big is a Molecule Lab: **ADV Lab Report;
- Indirect Calculation Practice 1.0 & Answer Key;
Differentiate between subatomic particles based on location, mass, size, and charge.
- Build an Atom PhET;
Express atom or ion composition using atomic symbols.
- Atomic Structure Practice 1.0; 1.1 & Answer Key;
Explain how isotopes of an element differ.
Calculate average atomic mass using experimental evidence.
- PhET - Isotopes & Atomic Mass
- Pennium Lab;
- Average Atomic Mass Practice 1.0; 1.1 & Answer Key;
Chapter 5 - Notes on Light & Electrons
Calculate and explain the relationship between wavelength, frequency, and energy of electromagnetic radiation.
- Light Calculations 1.0; 1.1; 1.2 & Answer Key
Explain how elements emit light.
- Flame Test Lab & Data; **ADV Flame Test Lab; **ADV Lab Report;
Explain what causes atomic emission spectra.
- Atomic Emission Spectra Lab;
Use Quantum Mechanics to explain the behavior of subatomic particles.
Describe the currently accepted Quantum/Wave Mechanical Model.
- Quantum Mechanical Model Practice 1.0 & Answer Key;
Write the electron orbital diagram and electron configuration for any atom or ion.
- Electron Configuration Practice 1.0; E Config 1.1; E Config 1.2 & Answer Key
- Khan Mastery Assessment;
Explain the relationship between the periodic table and electrons.
Identify the number of valence electrons for any atom or ion.
Unit 3 - The Periodic Table: (Ch. 6) - Study Guide
Chapter 6 - Notes on the Periodic Table
Explain how Mendeleev organized his periodic table.
Describe how the modern periodic table is organized.
Distinguish between metals, nonmetals, and metalloids.
- Properties of Metals, Nonmetals, & Metalloids Lab; Sample Data; **ADV Lab Report;
Classify elements based on electron configuration and common properties.
- Reactivity of Metals Lab; **Lab Report;
- Periodic Table Practice 1.0 & Answer Key;
Explain atomic size and its periodic trend.
Explain ionization energy and its periodic trend.
Explain ionic size and its periodic trend.
Explain electronegativity and its periodic trend.
- Periodic Trends Practice 1.0; 1.1 & Answer Key;
Unit 4 - Bonding: (Chapter 7,8,9) - Study Guide
Chapter 8 - Notes on Molecular Bonding
Explain the process by which covalent bonds form and the elements that tend to form them.
Predict and draw Lewis Structures for molecules based on available electrons.
- Lewis Structure Practice 1.0; 1.1 & Answer Key; 1.2 & Answer Key;
- Lewis Structure Practice 2.0; 2.1 & Answer Key;
- **Lewis Structure Practice 3.0; **3.1 & Answer Key;
Write the names and formulas of molecular compounds.
- Molecular Naming Practice 1.0; 1.1 & Answer Key;
Determine the geometry and bond angles of molecular compounds using VSEPR Theory.
- Molecular Geometry Reference Sheet;
- PhET - Molecule Shapes;
- Molecular Geometry w/ Play-Doh Activity;
- Molecular Geometry Practice 1.0; 1.1 & Answer Key;
- **Molecular Geometry Practice 2.0; **2.1 & Answer Key;
Determine the polarity of molecules and their bonds based on electronegativity.
- Bond Polarity 1.0; 1.1 & Answer Key;
- Molecular Polarity Practice 1.0 & Answer Key; 1.1 & Answer Key;
Chapter 7 - Notes on Ionic Bonding
Identify the charge of the ion commonly formed by any element
- Khan Mastery Assessment: Monoatomic Ion Charges;
Explain the process by which ionic bonds form and the elements that tend to form them.
Write the names and formulas of ionic compounds.
- Ionic Naming Practice 1.0, 1.1 & Answer Key;
- Ionic Naming Practice 2.0; 2.1 & Answer Key;
- Ionic Naming Practice 3.0; 3.1 & Answer Key;
- Khan Mastery Assessment: Ionic Naming;
- Khan Mastery Assessment: Ionic Formulas;
Differentiate between molecular and ionic compounds.
- Mixed Naming Practice 1.0 & Answer Key;
Identify the properties of metallic bonds
**Chapter 9 - Notes on Chapter 9
**Name and write the formulas for acids
- **Naming Acid Practice 1.0; 1.1 & Answer Key;
- **Mixed Naming Practice 2.0 & Answer Key;
**Demonstrate the Laws of Definite and Multiple Proportions
- **Law of Definite Composition/Proportions Lab; **Lab Report; Sample Data;
Fall Semester Chemistry Final Exam Practice Test;
Unit 5 - The Mole (Chapters 10) - Study Guide
Chapter 10 - Notes on The Mole
Apply the concept of counting by weighing to numerical values.
Calculate molar mass using the periodic table.
- Molar Mass Practice 1.0 & Answer Key;
Convert between moles, mass, and particles using dimensional analysis.
- First Hand Experience w/ Moles Activity; Data;
- Mole Conversion Practice 1.0 & Answer Key;
- Mole Conversion Practice 2.0; 2.1 & Answer Key;
- Mole Conversion Practice 3.0 & Answer Key;
Calculate percent composition of a compound.
- Percent Composition of Carbon in Sodium Bicarbonate Lab; Data;
- Percent Composition Practice 1.0; 1.1 & Answer Key;
- Percent Composition Practice 2.0;
Identify empirical and molecular formulas.
Calculate the empirical formula of a compound given experimental data.
- Empirical Formula Lab; Data;
- Empirical Formula Practice 1.0 & Answer Key;
- Empirical Formula Practice 2.0 & Answer Key;
Calculate the molecular formula of a compound given experimental data.
- Molecular Formula Practice 1.0 & Answer Key;
Determine the formula and name of a hydrate
- Hydrate Lab; Data;
- Hydrates Practice 1.0 & Answer Key;
- **Hydrates Practice 2.0 & Answer Key;
**Fall Semester Advanced Chemistry Final Exam Practice Test;
Unit 6 - Reactions & Stoichiometry (Ch. 11,12,**20.1,**20.2) - Study Guide
Chapter 11, **20.1, **20.2 - Notes on Reactions
Apply the Law of Conservation of Matter to Balance chemical equations.
- Rearranging Atoms Activity;
- PhET: Balancing Chemical Equations;
- Balancing Chemical Equations Practice 1.0 (with chart) & Answer Key;
- Balancing Levels 1-5 & Answer Key;
- Khan Mastery Assessment: Balancing Equations;
Write a chemical equation from words and vice versa
- Balancing Chemical Equations 2.0 (from words) & Answer Key;
Identify the 4 driving forces of chemical reactions
Classify and predict products of the 5 main types of chemical reactions
- Handout: Identifying the 5 Major Types;
- Synthesis Reactions Practice 1.0 & Answer Key;
- **Synthesis Reactions Practice 1.0 & Answer Key;
- Decomposition Reactions Practice 1.0 & Answer Key;
- **Decomposition Reactions Practice 1.0 & Answer Key;
- Combustion Reactions Practice 1.0; 1.1 & Answer Key;
- Reactions Practice 1.0 (S,D,C); 1.1 & Answer Key;
- **Reactions Practice 1.0 (S,D,C); **1.1;
- Single Replacement Reactions Practice 1.0 & Answer Key;
- **Single Replacement Reactions Practice 1.0 & Answer Key;
- Double Replacement Reactions 1.0 & Answer Key;
- **Double Replacement Reactions 1.0 & Answer Key;
- Reactions 2.0 (SR, DR); 2.1 & Answer Key;
- **Reactions Practice 2.0 (SR, DR); **2.1 & Answer Key;
- Reactions Practice 3.0 (All 5 Types); 3.1 & Answer Key;
- **Reactions Practice 3.0 (All 5 Types); 3.1 & Answer Key;
**Assign oxidation states for atoms, molecules, and polyatomic ions.
- **Oxidation Numbers Practice 1.0 & Answer Key;
**Identify redox reactions and which elements are being reduced and oxidized.
- **Redox Reactions Practice 1.0 & Answer Key;
Chapter 12 - Notes on Stoichiometry
Use stoichiometry to calculate from mass to mole, and mass to mass
- Mole Ratios Practice 1.0; 1.1 & Answer Key;
- Stoichiometry Practice 1.0; 1.1 & Answer Key;
- Stoichiometry Practice 2.0; 2.1 & Answer Key; 2.2 & Answer Key;
Use stoichiometry to identify the limiting and excess reactants
- S'mores Lab; Data;
- Limiting Reactant Practice 1.0; 1.1 & Answer Key; 1.2 & Answer Key;
- **Limiting Reactant Practice 2.0; 2.1 & Answer Key; 2.2 & Answer Key;
- Khan Mastery Assessment Limiting Reactant Stoichiometry;
Calculate percent yield given experimental data
- Mass to Mass Lab; Data;
- Percent Yield Practice 1.0 & Answer Key;
- **Percent Yield Practice 2.0 & Answer Key;
Unit 7 - Gases (Ch 13.1, 14) - Study Guide
Chapter 13.1/14 - Notes on Gases
Identify properties of gases using Kinetic Molecular Theory
Explain temperature and the instrument and units used to measure temperature.
- Temperature Conversion Practice 1.0;
Explain gas pressure and the instrument and units used to measure pressure.
- Pressure Conversion Practice 1.0;
- **Manometer Practice 1.0 & Answer Key;
- **Manometer Practice 2.0 & Answer Key;
Determine the relationships between P, V, n, and T and use them to solve gas law problems.
- Boyle's Law Lab; Data;
- Boyle's Law Practice 1.0; Answer Key;
- Charles's Law Practice 1.0; Answer Key;
- Gay-Lussac/Amonton's Lab; **Gay-Lussac's/Amonton's Lab;
- Gay-Lussac's/Amonton's Law Practice 1.0 & Answer Key;
- Avogadro's Law Practice 1.0; & Answer Key;
- Combined Gas Law Practice 1.0 & Answer Key;
- Gas Laws Practice 1.0 & Answer Key;
Perform gas pressure calculations using Dalton's Law of Partial Pressures
- Dalton's Law Practice 1.0 & Answer Key;
- **Dalton's Law Practice 2.0 & Answer Key; 2.1;
Solve problems using the idea gas law
- Ideal Gas Law Practice 1.0 & Answer Key;
- Khan Mastery Assessment: Ideal Gas Law;
- **Ideal Gas Law Practice 2.0 & Answer Key;
Perform stoichiometric calculations of gases at STP using molar volume
- Gas Stoichiometry Practice 1.0 & Answer Key;
- **Gas Stoichiometry Practice 2.0 & Answer Key;
**Compare diffusion and effusion rates of gases using Graham's Law
- **Graham's Law Practice 1.0 & Answer Key;
All Unit 7 Objectives!!!
- **Gas Practice 2.0 & Answer Key;
Unit 8 - (Ch. 13.2-13.4, 15.1, 17.1, 17.3) - Study Guide
Chapters 13.2-13.4, 15.1, 17.1, 17.3 - Notes on Solids & Liquids
Compare and contrast solids, liquids, and gases.
Interpret a vapor pressure curve.
- Vapor Pressure Curve Practice 1.0; 1.1 & Answer Key;
Interpret a phase diagram.
- Phase Diagram Practice 1.0; 1.1 & Answer Key; 1.2;
Explain the relationship between intermolecular forces & vapor pressure, boiling point, and viscosity.
Differentiate boiling and evaporation.
Classify state changes and identify as exothermic or endothermic.
Calculate the specific heat of a substance.
- Specific Heat Practice 1.0 & Answer Key;
- **Specific Heat of Metals Lab (Adv);
Analyze heating and cooling curves.
- Heating/Cooling Curve Practice 1.0 & Answer Key;
Calculate heat changes associated with phase changes.
- Phase Change Energy Practice 1.0 & Answer Key;
Identify properties of water.
Spring Semester Final Exam Practice Test & Answers;
Unit 9 - (Ch. 11.3,15.2,16) - Study Guide
Chapters 11.3, 15.2, 16, - Notes on Solutions
Define and give example of solutes and solvents
Describe how a solutions forms
- Like Dissolves Like Lab;
Identify the factors that affect solubility and how they do so
- Factors Affecting Solubility Lab;
Interpret a solubility curve using the terms saturated, unsaturated, and supersaturated
- Solubility Practice 1.0 & Answer Key;
Calculate concentration of a solution in terms of molarity, molality, mole fraction, and mass percent
- Molarity Practice 1.0;
- **Concentration Practice 1.0 & Answer Key;
- **Concentration Practice 2.0 & Answer Key;
Make a dilution by calculating the required volume of stock solution
- Dilution Practice 1.0 & Answer Key;
- Solution & Dilution Lab;
Calculate the effect of a solute on the boiling and freezing points of a solution
- Colligative Properties 1.0 & Answer Key;
- Colligative Properties 2.0 & Answer Key;
- Freezing Point Depression Lab;
**Write complete and net ionic equations
Calculate the volume and molarity of any reactant or product using solution stoichiometry
- Solution Stoichiometry 1.0 & Answer Key;
Additional Resources:
Crash Course 7;
Unit 10 - (17.4, 18) - Study Guide
Chapters 17.4, 18 - Notes on Thermo & Equilibrium
Interpret a potential Energy Diagram
Potential Energy Diagram Practice 1.0 & Answer Key;
Calculate the heat released or absorbed from a chemical reaction using stoichiometry
Heat Stoichiometry Practice 1.0 & Answer Key;
Calculate the heat of reaction experimentally using calorimetry.
Solution Calorimetry Lab
Calorimetry Practice 1.0 & Answer Key;
Calorimetry Practice 2.0 & Answer Key;
Calculate the heat of reaction using heats of formation, Hess's Law, and bond energies.
Bond Energy Practice 1.0 & Answer Key;
Heat of Formation Practice 1.0 & Answer Key;
Hess's Law Practice 1.0 & Answer Key;
Explain kinetics using collision theory, and identify factors that affect reaction rates
Reaction Mechanism Practice 1.0 & Answer Key;
Calculate equilibrium constants and identify whether reactants or products are favored
Equilibrium Constant Practice 1.0 & Answer Key;
Use Le Chatelier's Principle to determine effects on equilibrium reactions
Le Chatelier's Principle Practice 1.0 & Answer Key;
Explain entropy and give examples
Entropy Practice 1.0 & Answer Key;
Use Gibb's Free Energy equation to predict if a reaction is spontaneous
Gibb's Free Energy Practice 1.0 & Answer Key;
Unit 11 - (Ch. 19)
Chapter 19 - Notes on Acids
- Intro to Acids & Bases Answer Key; More Acids & Bases Answer Key
- Intro to pH & pOH Answer Key; More pH & pOH Answer Key
- Acid/Base Worksheet & Answer Key;
**Spring Semester Advanced Chemistry Final Exam Practice Test;
Unit 1 - Matter & Measurement: (Ch. 2,3) - Study Guide
Chapter 2 - Notes on Matter
Explain Lab Safety Procedures
- Safety Contract
Identify lab equipment and its appropriate use.
- Lab Equipment List; Notes - Lab Equipment & Uses
Make detailed observations, not inferences
- Observing Evidence of Interaction Lab;
Distinguish between pure substances and mixtures (macroscopic and atomic)
- Classification of Matter Practice 1.0 & Answer Key
Distinguish between physical and chemical properties of matter.
Distinguish between extensive and intensive properties.
- Physical vs. Chemical Properties Practice 1.0 & Answer Key
Explain how certain mixtures can be separated.
Distinguish between physical and chemical changes.
- Physical vs. Chemical Changes Practice 1.0 & Answer Key
- Physical & Chemical Properties & Changes Lab; **ADV Lab Report;
Identify four observable events that provide evidence a chemical change may have occurred.
- Observing Chemical Changes Lab & Data Table; **ADV Lab Report;
Apply the Law of Conservation of Mass/Matter to real world scenarios.
**Construct formal lab reports
- **Lab Report Format Document;
Chapter 3 - Notes on Measurement
Record measurements with units to the appropriate precision.
- Measurement Practice 1.0 & Answer Key
- Juice Box Lab; **ADV Lab Report;
Create and analyze a graph based on lab data.
- See Graphing Guidelines in the notes
Indicate significant figures (sig figs)
- Sig Figs Practice 1.0 & Answer Key;
Convert between standard and scientific notation
- Scientific Notation Practice 1.0 & Answer Key;
- Sig Figs & Sci Not Practice 1.0 & Answer Key;
Make quantitative calculations that account for uncertainty in measurements and significant figures
- Sig Fig Calculations 1.0 & Answer Key, 1.1;
- **Sig Fig Calculations 2.0 (Multi-Step) & Answer Key;
- Gummy Bear Lab;
Calculate and apply the concept of density.
- Density Practice 1.0 & Answer Key;
- **Density Practice 2.0 & Answer Key;
- Density of Pennies Lab; **ADV Lab Report;
Use dimensional analysis to solve common conversion problems.
- D.A. Practice 1.0 & Answer Key; 1.1;
Explain why metric prefixes are easy to use and convert between using dimensional analysis.
- Metric Relationships Practice 1.0 & Answer Key;
- D.A. Practice 2.0 (Metric) & Answer Key;
**Convert between units with exponents using Dimensional Analysis.
- **D.A. Practice 3.0 & Answer Key;
Use dimensional analysis to solve multi-step conversion problems.
- Crazy Conversions Practice 1.0 & Answer Key;
- D.A. Practice 4.0 & Answer Key; 4.1 & Answer Key;
- **D.A. Practice 5.0 & Answer Key; **5.1 & Answer Key;
Calculate Percent Error.
- Percent Error Practice 1.0 & Answer Key;
- Determining Density Using Slope Practice 1.0; Data/Graph & Answer Key;
Differentiate between accuracy and precision.
Unit 2 - Atomic Structure: (Ch. 4 & 5) - Study Guide
Chapter 4 - Notes on Atomic Structure & History
Compare and contrast the history of atomic structure; scientists' experiments, theories, and models of the atom.
- History of Atomic Structure Presentation & Resources;
Design a procedure to indirectly calculate something you cannot directly measure.
- Thickness of Al Foil Lab; **ADV Thickness of Al Foil Lab; **ADV Lab Report;
- **How Big is a Molecule Lab: **ADV Lab Report;
- Indirect Calculation Practice 1.0 & Answer Key;
Differentiate between subatomic particles based on location, mass, size, and charge.
- Build an Atom PhET;
Express atom or ion composition using atomic symbols.
- Atomic Structure Practice 1.0; 1.1 & Answer Key;
Explain how isotopes of an element differ.
Calculate average atomic mass using experimental evidence.
- PhET - Isotopes & Atomic Mass
- Pennium Lab;
- Average Atomic Mass Practice 1.0; 1.1 & Answer Key;
Chapter 5 - Notes on Light & Electrons
Calculate and explain the relationship between wavelength, frequency, and energy of electromagnetic radiation.
- Light Calculations 1.0; 1.1; 1.2 & Answer Key
Explain how elements emit light.
- Flame Test Lab & Data; **ADV Flame Test Lab; **ADV Lab Report;
Explain what causes atomic emission spectra.
- Atomic Emission Spectra Lab;
Use Quantum Mechanics to explain the behavior of subatomic particles.
Describe the currently accepted Quantum/Wave Mechanical Model.
- Quantum Mechanical Model Practice 1.0 & Answer Key;
Write the electron orbital diagram and electron configuration for any atom or ion.
- Electron Configuration Practice 1.0; E Config 1.1; E Config 1.2 & Answer Key
- Khan Mastery Assessment;
Explain the relationship between the periodic table and electrons.
Identify the number of valence electrons for any atom or ion.
Unit 3 - The Periodic Table: (Ch. 6) - Study Guide
Chapter 6 - Notes on the Periodic Table
Explain how Mendeleev organized his periodic table.
Describe how the modern periodic table is organized.
Distinguish between metals, nonmetals, and metalloids.
- Properties of Metals, Nonmetals, & Metalloids Lab; Sample Data; **ADV Lab Report;
Classify elements based on electron configuration and common properties.
- Reactivity of Metals Lab; **Lab Report;
- Periodic Table Practice 1.0 & Answer Key;
Explain atomic size and its periodic trend.
Explain ionization energy and its periodic trend.
Explain ionic size and its periodic trend.
Explain electronegativity and its periodic trend.
- Periodic Trends Practice 1.0; 1.1 & Answer Key;
Unit 4 - Bonding: (Chapter 7,8,9) - Study Guide
Chapter 8 - Notes on Molecular Bonding
Explain the process by which covalent bonds form and the elements that tend to form them.
Predict and draw Lewis Structures for molecules based on available electrons.
- Lewis Structure Practice 1.0; 1.1 & Answer Key; 1.2 & Answer Key;
- Lewis Structure Practice 2.0; 2.1 & Answer Key;
- **Lewis Structure Practice 3.0; **3.1 & Answer Key;
Write the names and formulas of molecular compounds.
- Molecular Naming Practice 1.0; 1.1 & Answer Key;
Determine the geometry and bond angles of molecular compounds using VSEPR Theory.
- Molecular Geometry Reference Sheet;
- PhET - Molecule Shapes;
- Molecular Geometry w/ Play-Doh Activity;
- Molecular Geometry Practice 1.0; 1.1 & Answer Key;
- **Molecular Geometry Practice 2.0; **2.1 & Answer Key;
Determine the polarity of molecules and their bonds based on electronegativity.
- Bond Polarity 1.0; 1.1 & Answer Key;
- Molecular Polarity Practice 1.0 & Answer Key; 1.1 & Answer Key;
Chapter 7 - Notes on Ionic Bonding
Identify the charge of the ion commonly formed by any element
- Khan Mastery Assessment: Monoatomic Ion Charges;
Explain the process by which ionic bonds form and the elements that tend to form them.
Write the names and formulas of ionic compounds.
- Ionic Naming Practice 1.0, 1.1 & Answer Key;
- Ionic Naming Practice 2.0; 2.1 & Answer Key;
- Ionic Naming Practice 3.0; 3.1 & Answer Key;
- Khan Mastery Assessment: Ionic Naming;
- Khan Mastery Assessment: Ionic Formulas;
Differentiate between molecular and ionic compounds.
- Mixed Naming Practice 1.0 & Answer Key;
Identify the properties of metallic bonds
**Chapter 9 - Notes on Chapter 9
**Name and write the formulas for acids
- **Naming Acid Practice 1.0; 1.1 & Answer Key;
- **Mixed Naming Practice 2.0 & Answer Key;
**Demonstrate the Laws of Definite and Multiple Proportions
- **Law of Definite Composition/Proportions Lab; **Lab Report; Sample Data;
Fall Semester Chemistry Final Exam Practice Test;
Unit 5 - The Mole (Chapters 10) - Study Guide
Chapter 10 - Notes on The Mole
Apply the concept of counting by weighing to numerical values.
Calculate molar mass using the periodic table.
- Molar Mass Practice 1.0 & Answer Key;
Convert between moles, mass, and particles using dimensional analysis.
- First Hand Experience w/ Moles Activity; Data;
- Mole Conversion Practice 1.0 & Answer Key;
- Mole Conversion Practice 2.0; 2.1 & Answer Key;
- Mole Conversion Practice 3.0 & Answer Key;
Calculate percent composition of a compound.
- Percent Composition of Carbon in Sodium Bicarbonate Lab; Data;
- Percent Composition Practice 1.0; 1.1 & Answer Key;
- Percent Composition Practice 2.0;
Identify empirical and molecular formulas.
Calculate the empirical formula of a compound given experimental data.
- Empirical Formula Lab; Data;
- Empirical Formula Practice 1.0 & Answer Key;
- Empirical Formula Practice 2.0 & Answer Key;
Calculate the molecular formula of a compound given experimental data.
- Molecular Formula Practice 1.0 & Answer Key;
Determine the formula and name of a hydrate
- Hydrate Lab; Data;
- Hydrates Practice 1.0 & Answer Key;
- **Hydrates Practice 2.0 & Answer Key;
**Fall Semester Advanced Chemistry Final Exam Practice Test;
Unit 6 - Reactions & Stoichiometry (Ch. 11,12,**20.1,**20.2) - Study Guide
Chapter 11, **20.1, **20.2 - Notes on Reactions
Apply the Law of Conservation of Matter to Balance chemical equations.
- Rearranging Atoms Activity;
- PhET: Balancing Chemical Equations;
- Balancing Chemical Equations Practice 1.0 (with chart) & Answer Key;
- Balancing Levels 1-5 & Answer Key;
- Khan Mastery Assessment: Balancing Equations;
Write a chemical equation from words and vice versa
- Balancing Chemical Equations 2.0 (from words) & Answer Key;
Identify the 4 driving forces of chemical reactions
Classify and predict products of the 5 main types of chemical reactions
- Handout: Identifying the 5 Major Types;
- Synthesis Reactions Practice 1.0 & Answer Key;
- **Synthesis Reactions Practice 1.0 & Answer Key;
- Decomposition Reactions Practice 1.0 & Answer Key;
- **Decomposition Reactions Practice 1.0 & Answer Key;
- Combustion Reactions Practice 1.0; 1.1 & Answer Key;
- Reactions Practice 1.0 (S,D,C); 1.1 & Answer Key;
- **Reactions Practice 1.0 (S,D,C); **1.1;
- Single Replacement Reactions Practice 1.0 & Answer Key;
- **Single Replacement Reactions Practice 1.0 & Answer Key;
- Double Replacement Reactions 1.0 & Answer Key;
- **Double Replacement Reactions 1.0 & Answer Key;
- Reactions 2.0 (SR, DR); 2.1 & Answer Key;
- **Reactions Practice 2.0 (SR, DR); **2.1 & Answer Key;
- Reactions Practice 3.0 (All 5 Types); 3.1 & Answer Key;
- **Reactions Practice 3.0 (All 5 Types); 3.1 & Answer Key;
**Assign oxidation states for atoms, molecules, and polyatomic ions.
- **Oxidation Numbers Practice 1.0 & Answer Key;
**Identify redox reactions and which elements are being reduced and oxidized.
- **Redox Reactions Practice 1.0 & Answer Key;
Chapter 12 - Notes on Stoichiometry
Use stoichiometry to calculate from mass to mole, and mass to mass
- Mole Ratios Practice 1.0; 1.1 & Answer Key;
- Stoichiometry Practice 1.0; 1.1 & Answer Key;
- Stoichiometry Practice 2.0; 2.1 & Answer Key; 2.2 & Answer Key;
Use stoichiometry to identify the limiting and excess reactants
- S'mores Lab; Data;
- Limiting Reactant Practice 1.0; 1.1 & Answer Key; 1.2 & Answer Key;
- **Limiting Reactant Practice 2.0; 2.1 & Answer Key; 2.2 & Answer Key;
- Khan Mastery Assessment Limiting Reactant Stoichiometry;
Calculate percent yield given experimental data
- Mass to Mass Lab; Data;
- Percent Yield Practice 1.0 & Answer Key;
- **Percent Yield Practice 2.0 & Answer Key;
Unit 7 - Gases (Ch 13.1, 14) - Study Guide
Chapter 13.1/14 - Notes on Gases
Identify properties of gases using Kinetic Molecular Theory
Explain temperature and the instrument and units used to measure temperature.
- Temperature Conversion Practice 1.0;
Explain gas pressure and the instrument and units used to measure pressure.
- Pressure Conversion Practice 1.0;
- **Manometer Practice 1.0 & Answer Key;
- **Manometer Practice 2.0 & Answer Key;
Determine the relationships between P, V, n, and T and use them to solve gas law problems.
- Boyle's Law Lab; Data;
- Boyle's Law Practice 1.0; Answer Key;
- Charles's Law Practice 1.0; Answer Key;
- Gay-Lussac/Amonton's Lab; **Gay-Lussac's/Amonton's Lab;
- Gay-Lussac's/Amonton's Law Practice 1.0 & Answer Key;
- Avogadro's Law Practice 1.0; & Answer Key;
- Combined Gas Law Practice 1.0 & Answer Key;
- Gas Laws Practice 1.0 & Answer Key;
Perform gas pressure calculations using Dalton's Law of Partial Pressures
- Dalton's Law Practice 1.0 & Answer Key;
- **Dalton's Law Practice 2.0 & Answer Key; 2.1;
Solve problems using the idea gas law
- Ideal Gas Law Practice 1.0 & Answer Key;
- Khan Mastery Assessment: Ideal Gas Law;
- **Ideal Gas Law Practice 2.0 & Answer Key;
Perform stoichiometric calculations of gases at STP using molar volume
- Gas Stoichiometry Practice 1.0 & Answer Key;
- **Gas Stoichiometry Practice 2.0 & Answer Key;
**Compare diffusion and effusion rates of gases using Graham's Law
- **Graham's Law Practice 1.0 & Answer Key;
All Unit 7 Objectives!!!
- **Gas Practice 2.0 & Answer Key;
Unit 8 - (Ch. 13.2-13.4, 15.1, 17.1, 17.3) - Study Guide
Chapters 13.2-13.4, 15.1, 17.1, 17.3 - Notes on Solids & Liquids
Compare and contrast solids, liquids, and gases.
Interpret a vapor pressure curve.
- Vapor Pressure Curve Practice 1.0; 1.1 & Answer Key;
Interpret a phase diagram.
- Phase Diagram Practice 1.0; 1.1 & Answer Key; 1.2;
Explain the relationship between intermolecular forces & vapor pressure, boiling point, and viscosity.
Differentiate boiling and evaporation.
Classify state changes and identify as exothermic or endothermic.
Calculate the specific heat of a substance.
- Specific Heat Practice 1.0 & Answer Key;
- **Specific Heat of Metals Lab (Adv);
Analyze heating and cooling curves.
- Heating/Cooling Curve Practice 1.0 & Answer Key;
Calculate heat changes associated with phase changes.
- Phase Change Energy Practice 1.0 & Answer Key;
Identify properties of water.
Spring Semester Final Exam Practice Test & Answers;
Unit 9 - (Ch. 11.3,15.2,16) - Study Guide
Chapters 11.3, 15.2, 16, - Notes on Solutions
Define and give example of solutes and solvents
Describe how a solutions forms
- Like Dissolves Like Lab;
Identify the factors that affect solubility and how they do so
- Factors Affecting Solubility Lab;
Interpret a solubility curve using the terms saturated, unsaturated, and supersaturated
- Solubility Practice 1.0 & Answer Key;
Calculate concentration of a solution in terms of molarity, molality, mole fraction, and mass percent
- Molarity Practice 1.0;
- **Concentration Practice 1.0 & Answer Key;
- **Concentration Practice 2.0 & Answer Key;
Make a dilution by calculating the required volume of stock solution
- Dilution Practice 1.0 & Answer Key;
- Solution & Dilution Lab;
Calculate the effect of a solute on the boiling and freezing points of a solution
- Colligative Properties 1.0 & Answer Key;
- Colligative Properties 2.0 & Answer Key;
- Freezing Point Depression Lab;
**Write complete and net ionic equations
Calculate the volume and molarity of any reactant or product using solution stoichiometry
- Solution Stoichiometry 1.0 & Answer Key;
Additional Resources:
Crash Course 7;
Unit 10 - (17.4, 18) - Study Guide
Chapters 17.4, 18 - Notes on Thermo & Equilibrium
Interpret a potential Energy Diagram
Potential Energy Diagram Practice 1.0 & Answer Key;
Calculate the heat released or absorbed from a chemical reaction using stoichiometry
Heat Stoichiometry Practice 1.0 & Answer Key;
Calculate the heat of reaction experimentally using calorimetry.
Solution Calorimetry Lab
Calorimetry Practice 1.0 & Answer Key;
Calorimetry Practice 2.0 & Answer Key;
Calculate the heat of reaction using heats of formation, Hess's Law, and bond energies.
Bond Energy Practice 1.0 & Answer Key;
Heat of Formation Practice 1.0 & Answer Key;
Hess's Law Practice 1.0 & Answer Key;
Explain kinetics using collision theory, and identify factors that affect reaction rates
Reaction Mechanism Practice 1.0 & Answer Key;
Calculate equilibrium constants and identify whether reactants or products are favored
Equilibrium Constant Practice 1.0 & Answer Key;
Use Le Chatelier's Principle to determine effects on equilibrium reactions
Le Chatelier's Principle Practice 1.0 & Answer Key;
Explain entropy and give examples
Entropy Practice 1.0 & Answer Key;
Use Gibb's Free Energy equation to predict if a reaction is spontaneous
Gibb's Free Energy Practice 1.0 & Answer Key;
Unit 11 - (Ch. 19)
Chapter 19 - Notes on Acids
- Intro to Acids & Bases Answer Key; More Acids & Bases Answer Key
- Intro to pH & pOH Answer Key; More pH & pOH Answer Key
- Acid/Base Worksheet & Answer Key;
**Spring Semester Advanced Chemistry Final Exam Practice Test;