• College Level Chemistry (AP/DP)
    • How to Study for Chemistry
    • TEXTBOOK
    • VIDEOS
    • DP CHEMISTRY >
      • Syllabus: DP Chemistry
      • DP Chemistry Labs >
        • Empirical Formula of a Manganese Chlorine Compound
        • Hess's Law Practice Lab
      • Organic Chemistry
      • Measurement and Spectroscopy
      • Coordination Chemistry
      • Internal Assessment
      • Additional Topic C: Energy >
        • Topic C Reading Materials
    • AP Syllabus/Class Policies >
      • AP Chemistry Syllabus
      • Test Corrections Policy
    • AP Pre-requisites and Review >
      • Nuclear Chemistry Review
      • Significant Figures & Dimensional Analysis
      • Math Pre-Test
      • AP Chemistry Summer Assignment >
        • Naming Flowchart
        • List of Elements & Ions to Memorize
        • ANSWER KEY for Problems in Summer Syllabus
    • AP Break Assignments >
      • Summer Assignment >
        • Naming Flowchart
        • List of Elements & Ions to Memorize >
          • Hess' Law
        • ANSWER KEY for Problems in Summer Syllabus
      • Thanksgiving Organic Assignment
      • Holiday Reaction Writing
    • AP Laboratory Documents >
      • How to Write a Lab Report
      • Collaboration Guidelines
      • Safety Contract
      • How To Write a Make-Up Lab Report
      • Pictures of Laboratory Equipment
      • Graph Paper for Weak Acid Titration
      • How To Graph In Excel (screen capture tutorial)
    • AP Laboratory Experiments >
      • 2019.20 Lab Calendar
      • Determination of an Empirical Formula
      • Determining the % Water Mass in a Hydrate
      • The Many Phases of Copper
      • Strong Acid/Strong Base Titration
      • Beer's Law and Spectroscopy of Copper
      • Ester Lab
      • Analysis of Commercial Bleach
      • Inquiry Lab B
      • LAB: Inquiry Lab Z (to be performed during A week)
      • LAB: Inquiry Lab A (to be performed during A week)
      • LAB: Determine the Charge of a Solitary Electron
      • Colorful Equilibrium
      • LAB: An Investigation Into Hydrolysis
      • Synthesis of Aspirin
      • Molar Volume of a Gas
      • Heat Of Neutralization
      • LAB: RedoxTitration. Permanganate.Iron.Hydroxylamine
      • Thermodynamics/Electrochemistry
    • Naming & Chemical Nomenclature >
      • Naming Flowchart
      • NOTES #1 Naming >
        • Descriptive Practice
        • Quizlet: Virtual Element Ion Flashcards
        • Naming KEY
        • NAMING PRACTICE PROBLEMS
    • Stoichiometry >
      • Stoichiometry Syllabus
      • Notes#2 Stoichiometry A >
        • Stoichiometry Practice #1 Percent Composition Problems
      • Notes #3 Stoichiometry B >
        • Stoichiometry Practice #2 Limiting Reagents
        • Stoichiometry Practice #3 What's Your Weakest Link?
        • Stoichiometry Practice #4 It's All About The Stoich Baby!
        • Stoichiometry Practice #5 Stoichiometry Madness
        • Stoichiometry Practice #6 Limiting Reagent Problems
        • Stoich prctice 9.18.15
        • Stoichiometry Application Practice 9.23.15
      • Notes #4 Stoichiometry C Empirical/Molecular Formuli >
        • Stoichiometry Practice Test with Answers
        • Answer Key: Problem Set #1
    • Aqueous Chemistry/Oxidation Reduction/Reaction Writing >
      • Aqueous Chemistry Syllabus
      • Summary #1 Reaction Writing Master Document
      • Summary #2 Solubility Rules
      • Notes #5 Solution Overview/Solubility/Electrolytes
      • Notes #6 Effects of Reactions/Net Ionic Equations for Double Displacement
      • Notes #7 Acid/Base Neutralizations and Gas Forming Double Displacement >
        • AQ Chem Practice #1 Double Displacement Madness
        • KEY: Double Displacement Madness
        • AQ Chem Practice #2 Invigorating Reaction Writing
        • Practice #7 Double Displacement Net Ionic Practice >
          • KEY: Answers to Practice #7
      • Notes #8 Rules for Assigning Oxidation Numbers
      • Notes #9 Oxidation/Reduction Reactions and Half Reactions
      • Notes #10 Five Types of Redox Reactions >
        • ANSWER KEY: P.S. #3 Book Problems
        • ANSWER KEY: P.S. #2 Book Problems
        • KEY: Invigorating Reaction Writing
        • AQ Chem Practice #3 Even More Invigorating Reaction Writing
        • KEY: Even More Invigorating Reaction Writing
      • Notes #11 Odd Redox Reactions that can only be solved by the 1/2 reaction method
      • Notes #12 "Funky" Redox/1/2 reaction method Practice >
        • AQ CHEM Practice #4 Redox Reaction Writing Practice
        • AQ CHEM Practice #5 - 100 Practice Reactions (ALL TYPES)
      • Notes #13 Concentration of Solution/Dilution
      • Notes #14 Quantitative Analytical Techniques (gravimetric analysis/titration/redox titration) >
        • AQ CHEM Practice #6 Titration/Analytical Problems
      • PRACTICE TEST: AQ CHEMISTRY
    • Thermochemistry/Calorimetry >
      • Thermochemistry Syllabus >
        • Answer KEY: Problem Set 5 & 6 (plus additional calorimetry problems)
      • NOTES #15 Intro to Thermodynamics
      • NOTES #16 Calorimetry
      • NOTES #17 Types of Calorimetry Problems >
        • Homework: Additional Calorimetry Problems (do with P.S. #6)
        • Thermochemistry: Practice Problems #1
      • Notes #18 Hess' Law/Heat of Formation RXNs >
        • Thermochemistry : Practice Problems #2
        • Thermochemistry : Practice Test
        • Methanol Bottle Rocket >
          • KEY:Methanol Bottle Rocket
    • Atomic Theory, Quantum Mechanics and Periodicity >
      • Syllabus for the electronic arrangement of the atom and periodicity
      • Notes #19 Electronic Arrangement of the Atom
      • Notes #20 Electronic Arrangement of the Atom
      • Notes #21 Electronic Arrangement of the Atom
      • Notes #22 Electronic Arrangement of the Atom
      • Scanned Periodic Trend Images
      • Notes #23 Ion Configurations/Periodic Trends A
      • Notes #24 Periodic Trends B
      • ANSWER KEY: Problem Sets #7 & #8
      • Notes #25 Periodic Trends C/Chemical Families
      • Summary #1 Practice Essay Application/Lattice Energy/Atomic Radius
      • ESSAY GUIDELINES AND SUPPORT
      • PRACTICE ESSAYS (PERIODIC TRENDS) A
      • PRACTICE ESSAYS (PERIODIC TRENDS) B
      • ANSWER KEY P.S. # 9 & 10
    • Bonding and Molecular Geometry >
      • Syllabus for Bonding and Molecular Geometry
      • SCANNED IMAGES FOR BONDING AND HYBRIDIZATION
      • Notes #26 BONDING A
      • Notes #27 Chemical Bonding B >
        • PRACTICE: Lewis Structures >
          • ANSWER KEY FOR LEWIS PRACTICE
          • ANSWER KEY: :LEWIS STRUCTURE PRACTICE
      • LEWIS STRUCTURE HINTS FOR OXYACIDS AND OXYANIONS
      • ANSWERS FOR P.S. #11 & 12
      • Notes #28-30 Bonding and Hybridization
      • BONDING PRACTICE TEST WITH ANSWER KEY
      • MORE FUN WITH MOLECULAR GEOMETRY do with P.S. #14)
      • Answer Key for Problem Sets #13 & 14
      • Bonding Mini-Lab
      • ANSWER KEY: Bonding Mini-Lab
      • Gumdrop Modeling Lab
      • ANSWER KEY: Gumdrop Modeling Lab
    • Gas Laws and the Kinetic Molecular Theory >
      • Take Home Gas Laws Exam
      • Gas Laws Syllabus
      • Gas Laws Notes FILLED OUT by COLLINS
      • Notes #32 Gas Laws Intro
      • Notes #33 The Gas Laws
      • Notes #34 The derivation of the Ideal Gas Equation
      • Notes #35 The Kinetic Molecular Theory
      • Notes #36 Deviations from Ideal Gas Behavior
      • Pressure Conversions/Manometer Problems
      • Gas Laws Practice #1
      • Gas Laws Practice #2/Advanced Gas Laws
      • Gas Laws Summary
      • ANSWER KEY for Problem Sets 15, 16, 17 and 2/10/15 lesson
    • Intermolecular Forces and the Physical Properties of Solutions >
      • Syllabus for Intermolecular Forces and Physical Properties of Solutions
      • IMF Flowchart
      • IMF/Solution Class Notes #37-40
      • Notes #41 Solubility and Temperature/Colligative Properties
      • IMAGES: Hydride Boiling Points and Dispersion
      • Images: Crystal Systems and Phases
      • IMF Practice #1
      • IMF Practice #1 ANSWER KEY
      • PRACTICE #2 IMFs
      • Practice #3 IMFs
      • Problem Set Answer Keys for PS 18-21
      • PRACTICE TEST: IMF/SOLUTIONS
    • KInetics/Rates of Reaction >
      • SYLLABUS: Kinetics and Rates of Reaction
      • Notes #42 Kinetics Intro
      • Notes #43 Kinetics and Determination of Reaction Orders
      • Kinetics Practice #1
      • Kinetics Practice #2
      • Notes #44 Integrated Rate Laws
      • Kinetics Homework: 1/2 sheet that accompanies P.S. #23
      • Notes #45 Collision Theory and Factors that Affect Rates
      • Notes #46 : Kinetics and Reaction Mechanisms
      • Kinetics Homework: 1/2 sheet that accompanies P.S. #24 (front page)
      • Kinetics Homework: 1/2 sheet that accompanies P.S. #24 (back page)
      • ANSWER KEY: Problem Set #23
      • ANSWER KEY: Problem Set #24
      • Practice Test: KINETICS
    • Chemical and Physical Equilibrium >
      • Equilibrium Syllabus
      • Notes #47 & #48 Introduction to Equilibrium/Equilibrium Expressions
      • Notes #49 ICE Tables/LeChatalier's Principal
      • Practice #1: Equilibrium
      • Notes #50 LeChatlier's Principal continued
      • Answer Key: Practice #1 Ultimate Equilibrium
      • ANSWER KEY P.S. #25
      • Equilibrium Practice Test #1
      • Equilibrium Practice Test #2
    • Acid Base Equilibrium >
      • Notes #51 Acid Base Introduction
      • Notes #52 Ka and Kb Values and Di/Polyprotic Acids
      • NOTES #53 Acid Structure/Strength and Hydrolysis
      • APPENDIX D (Ka/Kb table and Ksp table)
      • Practice Test /Acid Base (problems 1-2 are with chapter 16, problems 3-5 are with chapter 17)
      • Practice Test ANSWER KEY for Acid/Base
    • Additional Aspects of Aqueous Equilibria >
      • Notes #54 The Common Ion Effect
      • Notes #55 Weak Acid/Base Titrations >
        • Example of a Weak Acid Titration Graph
        • Example of a Weak BASE Titration Graph
        • Summary #1: Titrations Calculations
      • Notes #56 KSP Equilibrium >
        • Summary #2: How to perform Ksp/solubilty calculations
      • Notes #57 Lewis Acid/Base, Common Ion Effect and Increased Solubility
      • Answer Key: Problem Sets 26-29
      • Syllabus: Thermodynamics and Electrochemistry >
        • Notes#58:Entropy/Free Energy/Thermodanamics intro
        • NOTES #59 The Electrifying World of Electrochemistry
    • REVIEW PRACTICE PROBLEMS >
      • The Ultimate AP Chem Review
      • Summary Review:Nuclear Chemisty
      • Review Of Solution Colors
      • Crash Course of AP Concepts 1
      • Crash Course of AP Concepts 2
      • REVIEW QUESTIONS #1
      • REVIEW Questions #2
      • REVIEW QUESTIONS #3
      • Review Questions #4
      • Review Questions #5
      • Review Questions #6
      • Review Questions #7
      • stoich
      • REDOX
      • Thermo/Thermodynamics
      • Quantum
      • Periodic Trends
      • Bonds
      • Gases
      • Phases/Matter/Solutions (physical chemistry)
      • Rxn Rates
      • Equilibrium
      • Acid/Base
      • electrochem
      • RxnWrite
      • Lab
      • Nuclear
      • organic
    • ENERGY PROJECT
  • MYP
    • MYP CHEM 1 >
      • Sem 1 IB Chemistry Syllabus
      • Unit 1 Study Guide
      • IB Atomic Theory Reading
      • nuclear chemistry reading
    • READING. Stoichiometry
    • READING. The Mole
    • Thermochem Reading #2
    • Thermochem Reading #1
    • Gen Chem Lab Experiments
    • First Semester Final Review
    • Redox Reading #1
    • Redox Reading #2
  • Contact
  • About
  • GENERAL CHEMISTRY
    • GEN CHEM Course Syllabus
    • Gen Chem Naming Notes >
      • Naming Review and Practice ANSWER KEY
      • Naming Practice
    • General Chemistry Test Corrections Policy
    • Gen Chem Class Notes >
      • Electronic Flashcards for Elements
      • Measurements/Significant Figures/Dimensional Analysis >
        • PRACTICE: Scientific Notation
      • Nuclear Chemistry Notes >
        • Alpha/Beta Decay & Half Lives
        • Radioactivity Powerpoint (review)
        • Alpha/Beta/Atomic Composition Practice
      • Stoichiometry/Limiting Reagents/Empirical-Molecular formuli/Reaction Families Practice Test >
        • Stoichiometry Practice #1 >
          • Stoichiometry Practice #1 KEY
        • ANSWER KEY for Stoichiometry Review
        • Practice #2 (% composition/empirical & molecular formulas >
          • Practice #2 ANSWER KEY
  • College Level Chemistry (AP/DP)
    • How to Study for Chemistry
    • TEXTBOOK
    • VIDEOS
    • DP CHEMISTRY >
      • Syllabus: DP Chemistry
      • DP Chemistry Labs >
        • Empirical Formula of a Manganese Chlorine Compound
        • Hess's Law Practice Lab
      • Organic Chemistry
      • Measurement and Spectroscopy
      • Coordination Chemistry
      • Internal Assessment
      • Additional Topic C: Energy >
        • Topic C Reading Materials
    • AP Syllabus/Class Policies >
      • AP Chemistry Syllabus
      • Test Corrections Policy
    • AP Pre-requisites and Review >
      • Nuclear Chemistry Review
      • Significant Figures & Dimensional Analysis
      • Math Pre-Test
      • AP Chemistry Summer Assignment >
        • Naming Flowchart
        • List of Elements & Ions to Memorize
        • ANSWER KEY for Problems in Summer Syllabus
    • AP Break Assignments >
      • Summer Assignment >
        • Naming Flowchart
        • List of Elements & Ions to Memorize >
          • Hess' Law
        • ANSWER KEY for Problems in Summer Syllabus
      • Thanksgiving Organic Assignment
      • Holiday Reaction Writing
    • AP Laboratory Documents >
      • How to Write a Lab Report
      • Collaboration Guidelines
      • Safety Contract
      • How To Write a Make-Up Lab Report
      • Pictures of Laboratory Equipment
      • Graph Paper for Weak Acid Titration
      • How To Graph In Excel (screen capture tutorial)
    • AP Laboratory Experiments >
      • 2019.20 Lab Calendar
      • Determination of an Empirical Formula
      • Determining the % Water Mass in a Hydrate
      • The Many Phases of Copper
      • Strong Acid/Strong Base Titration
      • Beer's Law and Spectroscopy of Copper
      • Ester Lab
      • Analysis of Commercial Bleach
      • Inquiry Lab B
      • LAB: Inquiry Lab Z (to be performed during A week)
      • LAB: Inquiry Lab A (to be performed during A week)
      • LAB: Determine the Charge of a Solitary Electron
      • Colorful Equilibrium
      • LAB: An Investigation Into Hydrolysis
      • Synthesis of Aspirin
      • Molar Volume of a Gas
      • Heat Of Neutralization
      • LAB: RedoxTitration. Permanganate.Iron.Hydroxylamine
      • Thermodynamics/Electrochemistry
    • Naming & Chemical Nomenclature >
      • Naming Flowchart
      • NOTES #1 Naming >
        • Descriptive Practice
        • Quizlet: Virtual Element Ion Flashcards
        • Naming KEY
        • NAMING PRACTICE PROBLEMS
    • Stoichiometry >
      • Stoichiometry Syllabus
      • Notes#2 Stoichiometry A >
        • Stoichiometry Practice #1 Percent Composition Problems
      • Notes #3 Stoichiometry B >
        • Stoichiometry Practice #2 Limiting Reagents
        • Stoichiometry Practice #3 What's Your Weakest Link?
        • Stoichiometry Practice #4 It's All About The Stoich Baby!
        • Stoichiometry Practice #5 Stoichiometry Madness
        • Stoichiometry Practice #6 Limiting Reagent Problems
        • Stoich prctice 9.18.15
        • Stoichiometry Application Practice 9.23.15
      • Notes #4 Stoichiometry C Empirical/Molecular Formuli >
        • Stoichiometry Practice Test with Answers
        • Answer Key: Problem Set #1
    • Aqueous Chemistry/Oxidation Reduction/Reaction Writing >
      • Aqueous Chemistry Syllabus
      • Summary #1 Reaction Writing Master Document
      • Summary #2 Solubility Rules
      • Notes #5 Solution Overview/Solubility/Electrolytes
      • Notes #6 Effects of Reactions/Net Ionic Equations for Double Displacement
      • Notes #7 Acid/Base Neutralizations and Gas Forming Double Displacement >
        • AQ Chem Practice #1 Double Displacement Madness
        • KEY: Double Displacement Madness
        • AQ Chem Practice #2 Invigorating Reaction Writing
        • Practice #7 Double Displacement Net Ionic Practice >
          • KEY: Answers to Practice #7
      • Notes #8 Rules for Assigning Oxidation Numbers
      • Notes #9 Oxidation/Reduction Reactions and Half Reactions
      • Notes #10 Five Types of Redox Reactions >
        • ANSWER KEY: P.S. #3 Book Problems
        • ANSWER KEY: P.S. #2 Book Problems
        • KEY: Invigorating Reaction Writing
        • AQ Chem Practice #3 Even More Invigorating Reaction Writing
        • KEY: Even More Invigorating Reaction Writing
      • Notes #11 Odd Redox Reactions that can only be solved by the 1/2 reaction method
      • Notes #12 "Funky" Redox/1/2 reaction method Practice >
        • AQ CHEM Practice #4 Redox Reaction Writing Practice
        • AQ CHEM Practice #5 - 100 Practice Reactions (ALL TYPES)
      • Notes #13 Concentration of Solution/Dilution
      • Notes #14 Quantitative Analytical Techniques (gravimetric analysis/titration/redox titration) >
        • AQ CHEM Practice #6 Titration/Analytical Problems
      • PRACTICE TEST: AQ CHEMISTRY
    • Thermochemistry/Calorimetry >
      • Thermochemistry Syllabus >
        • Answer KEY: Problem Set 5 & 6 (plus additional calorimetry problems)
      • NOTES #15 Intro to Thermodynamics
      • NOTES #16 Calorimetry
      • NOTES #17 Types of Calorimetry Problems >
        • Homework: Additional Calorimetry Problems (do with P.S. #6)
        • Thermochemistry: Practice Problems #1
      • Notes #18 Hess' Law/Heat of Formation RXNs >
        • Thermochemistry : Practice Problems #2
        • Thermochemistry : Practice Test
        • Methanol Bottle Rocket >
          • KEY:Methanol Bottle Rocket
    • Atomic Theory, Quantum Mechanics and Periodicity >
      • Syllabus for the electronic arrangement of the atom and periodicity
      • Notes #19 Electronic Arrangement of the Atom
      • Notes #20 Electronic Arrangement of the Atom
      • Notes #21 Electronic Arrangement of the Atom
      • Notes #22 Electronic Arrangement of the Atom
      • Scanned Periodic Trend Images
      • Notes #23 Ion Configurations/Periodic Trends A
      • Notes #24 Periodic Trends B
      • ANSWER KEY: Problem Sets #7 & #8
      • Notes #25 Periodic Trends C/Chemical Families
      • Summary #1 Practice Essay Application/Lattice Energy/Atomic Radius
      • ESSAY GUIDELINES AND SUPPORT
      • PRACTICE ESSAYS (PERIODIC TRENDS) A
      • PRACTICE ESSAYS (PERIODIC TRENDS) B
      • ANSWER KEY P.S. # 9 & 10
    • Bonding and Molecular Geometry >
      • Syllabus for Bonding and Molecular Geometry
      • SCANNED IMAGES FOR BONDING AND HYBRIDIZATION
      • Notes #26 BONDING A
      • Notes #27 Chemical Bonding B >
        • PRACTICE: Lewis Structures >
          • ANSWER KEY FOR LEWIS PRACTICE
          • ANSWER KEY: :LEWIS STRUCTURE PRACTICE
      • LEWIS STRUCTURE HINTS FOR OXYACIDS AND OXYANIONS
      • ANSWERS FOR P.S. #11 & 12
      • Notes #28-30 Bonding and Hybridization
      • BONDING PRACTICE TEST WITH ANSWER KEY
      • MORE FUN WITH MOLECULAR GEOMETRY do with P.S. #14)
      • Answer Key for Problem Sets #13 & 14
      • Bonding Mini-Lab
      • ANSWER KEY: Bonding Mini-Lab
      • Gumdrop Modeling Lab
      • ANSWER KEY: Gumdrop Modeling Lab
    • Gas Laws and the Kinetic Molecular Theory >
      • Take Home Gas Laws Exam
      • Gas Laws Syllabus
      • Gas Laws Notes FILLED OUT by COLLINS
      • Notes #32 Gas Laws Intro
      • Notes #33 The Gas Laws
      • Notes #34 The derivation of the Ideal Gas Equation
      • Notes #35 The Kinetic Molecular Theory
      • Notes #36 Deviations from Ideal Gas Behavior
      • Pressure Conversions/Manometer Problems
      • Gas Laws Practice #1
      • Gas Laws Practice #2/Advanced Gas Laws
      • Gas Laws Summary
      • ANSWER KEY for Problem Sets 15, 16, 17 and 2/10/15 lesson
    • Intermolecular Forces and the Physical Properties of Solutions >
      • Syllabus for Intermolecular Forces and Physical Properties of Solutions
      • IMF Flowchart
      • IMF/Solution Class Notes #37-40
      • Notes #41 Solubility and Temperature/Colligative Properties
      • IMAGES: Hydride Boiling Points and Dispersion
      • Images: Crystal Systems and Phases
      • IMF Practice #1
      • IMF Practice #1 ANSWER KEY
      • PRACTICE #2 IMFs
      • Practice #3 IMFs
      • Problem Set Answer Keys for PS 18-21
      • PRACTICE TEST: IMF/SOLUTIONS
    • KInetics/Rates of Reaction >
      • SYLLABUS: Kinetics and Rates of Reaction
      • Notes #42 Kinetics Intro
      • Notes #43 Kinetics and Determination of Reaction Orders
      • Kinetics Practice #1
      • Kinetics Practice #2
      • Notes #44 Integrated Rate Laws
      • Kinetics Homework: 1/2 sheet that accompanies P.S. #23
      • Notes #45 Collision Theory and Factors that Affect Rates
      • Notes #46 : Kinetics and Reaction Mechanisms
      • Kinetics Homework: 1/2 sheet that accompanies P.S. #24 (front page)
      • Kinetics Homework: 1/2 sheet that accompanies P.S. #24 (back page)
      • ANSWER KEY: Problem Set #23
      • ANSWER KEY: Problem Set #24
      • Practice Test: KINETICS
    • Chemical and Physical Equilibrium >
      • Equilibrium Syllabus
      • Notes #47 & #48 Introduction to Equilibrium/Equilibrium Expressions
      • Notes #49 ICE Tables/LeChatalier's Principal
      • Practice #1: Equilibrium
      • Notes #50 LeChatlier's Principal continued
      • Answer Key: Practice #1 Ultimate Equilibrium
      • ANSWER KEY P.S. #25
      • Equilibrium Practice Test #1
      • Equilibrium Practice Test #2
    • Acid Base Equilibrium >
      • Notes #51 Acid Base Introduction
      • Notes #52 Ka and Kb Values and Di/Polyprotic Acids
      • NOTES #53 Acid Structure/Strength and Hydrolysis
      • APPENDIX D (Ka/Kb table and Ksp table)
      • Practice Test /Acid Base (problems 1-2 are with chapter 16, problems 3-5 are with chapter 17)
      • Practice Test ANSWER KEY for Acid/Base
    • Additional Aspects of Aqueous Equilibria >
      • Notes #54 The Common Ion Effect
      • Notes #55 Weak Acid/Base Titrations >
        • Example of a Weak Acid Titration Graph
        • Example of a Weak BASE Titration Graph
        • Summary #1: Titrations Calculations
      • Notes #56 KSP Equilibrium >
        • Summary #2: How to perform Ksp/solubilty calculations
      • Notes #57 Lewis Acid/Base, Common Ion Effect and Increased Solubility
      • Answer Key: Problem Sets 26-29
      • Syllabus: Thermodynamics and Electrochemistry >
        • Notes#58:Entropy/Free Energy/Thermodanamics intro
        • NOTES #59 The Electrifying World of Electrochemistry
    • REVIEW PRACTICE PROBLEMS >
      • The Ultimate AP Chem Review
      • Summary Review:Nuclear Chemisty
      • Review Of Solution Colors
      • Crash Course of AP Concepts 1
      • Crash Course of AP Concepts 2
      • REVIEW QUESTIONS #1
      • REVIEW Questions #2
      • REVIEW QUESTIONS #3
      • Review Questions #4
      • Review Questions #5
      • Review Questions #6
      • Review Questions #7
      • stoich
      • REDOX
      • Thermo/Thermodynamics
      • Quantum
      • Periodic Trends
      • Bonds
      • Gases
      • Phases/Matter/Solutions (physical chemistry)
      • Rxn Rates
      • Equilibrium
      • Acid/Base
      • electrochem
      • RxnWrite
      • Lab
      • Nuclear
      • organic
    • ENERGY PROJECT
  • MYP
    • MYP CHEM 1 >
      • Sem 1 IB Chemistry Syllabus
      • Unit 1 Study Guide
      • IB Atomic Theory Reading
      • nuclear chemistry reading
    • READING. Stoichiometry
    • READING. The Mole
    • Thermochem Reading #2
    • Thermochem Reading #1
    • Gen Chem Lab Experiments
    • First Semester Final Review
    • Redox Reading #1
    • Redox Reading #2
  • Contact
  • About
  • GENERAL CHEMISTRY
    • GEN CHEM Course Syllabus
    • Gen Chem Naming Notes >
      • Naming Review and Practice ANSWER KEY
      • Naming Practice
    • General Chemistry Test Corrections Policy
    • Gen Chem Class Notes >
      • Electronic Flashcards for Elements
      • Measurements/Significant Figures/Dimensional Analysis >
        • PRACTICE: Scientific Notation
      • Nuclear Chemistry Notes >
        • Alpha/Beta Decay & Half Lives
        • Radioactivity Powerpoint (review)
        • Alpha/Beta/Atomic Composition Practice
      • Stoichiometry/Limiting Reagents/Empirical-Molecular formuli/Reaction Families Practice Test >
        • Stoichiometry Practice #1 >
          • Stoichiometry Practice #1 KEY
        • ANSWER KEY for Stoichiometry Review
        • Practice #2 (% composition/empirical & molecular formulas >
          • Practice #2 ANSWER KEY
CHEMISTRYGODS.NET


MR. COLLINS WAS BORN AND RAISED IN PORT HURON, MI.  HE GRADUATED FROM PORT HURON NORTHERN H.S. IN 1989.  HIS UNDERGRADUATE WORK WAS DONE AT KALAMAZOO COLLEGE AND OREGON STATE UNIVERSITY IN CHEMISTRY AND EVOLUTIONARY/DEVELOPMENTAL BIOLOGY.  HE RECEIVED HIS MASTER’S DEGREE FROM PORTLAND STATE UNIVERSITY IN SECONDARY SCIENCE EDUCATION.

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