Tentative Schedule

• Kinetic and Equilibrium 6 classes
• Periodic Table 4 classes
• Bonding and IMF 6 classes
• Phase of Matter 5 classes
• Gases 5 classes
• Solution 5 classes
• Acid and Bases 7 classes
• Nuclear Chemistry 4 classes

• Handout SolutionVideoNotes1 and show Solution video.
• In class, have students read Level 1 book on Section 16.1-16.7 (excluding Sec.16.4)(SolutionBookNotes1.

Homework

• Read Mini-lab: Bonding, Polarity, and Solubility
• Finish Level 1 book work if not done

• Do Mini-lab
• Go over reading handouts (only introduction info)

Homework

• Read SolubilityEquilibria, Solubility, Molarity, and Molality handouts.
• Answer questions from mini-lab (have not developed yet)

• Check homework
• Go over math for Molarity, Molality and Solubility
• Have them start working on Homework for these sections

Homework

• Complete MolalityProblemSet, MolarityProblemSet, and SolubilityProblemSet
• Read DilutionNotes?

• Check & go over Homework
• Explain dilution calculations
• Do [Making a Molarity solution]? and Dilution Lab

Homework

• Quiz next class on Molarity, Molality and Solubility
• Complete [Dilution Problems]?

• Go over KineticTheoryofGas and GasPressure (including manometers, Manometer Lab)
• Show [KineticMolecularTheory Animation (thanks to Mark Bishop and website mpcfaculty.net)]
• Go over GasParameters

Homework

• Manometer problems (have not developed yet)
• (Level 2)Have students print out GasLaws and Read Section 11.4 and 11.5 Charles Law and Section 11.1 Avogador's Hypothesis.

• Go over Charles Law including mini-lab and graphing data table (from [Gas Demo Handout])
• Go over Avogadro's Hypothesis and do balloon demo (filling up balloons)
• Go over Steps to Calculate Gas Problems

Homework

• Finish graphing Charle's Law data from [Gas Demo Handout])
• Do CharlesLawProblemSet and AvogadrosHypothesisProblemSet (from GasLaws handout) Use Steps to Calculate Gas Problems as a study guide.
• (Level 2)Have students Read Section 11.2 and 11.3 Boyle's Law and Section 11.6 No-Name Law or Gay-Lussac's Law

• Check homework and go over any questions
• Go over Boyle's Law and have students do mini-lab (including and graphing data table (from [Gas Demo Handout])
• Go over No-Name Law or Gay-Lussac's Law</nowiki> and have students do mini-lab
• Any extra time, have them work on homework

Homework

• Do NonameProblemSet handout (answers at bottom of webpage)
• Do BoylesLawProblemSet handout (answers at bottom of webpage)
• (Level 2)Have students print out CombinedGasLaw and then read Section 11.7
• (Level 2)Have students print out IdealGasLaws and then read Section 11.8

Day 4:

• Check and go over homework
• Go over Combined Gas Law
• Go over Ideal Gas Law and show PVnert video

Homework

• Do CombinedGasLawProblemSet and IdealGasLawsProblemSet

Day 5:

• Check and go over homework
• Have a review handout (have not developed it yet) that they can work on whole period as review for the test

Homework

• Study for test

Day 6:

• Gas Laws Test

Homework

• Read about solution (dissolving etc, need to make up)

Day 1:

• Have student read, SingleReplacement, and go over
• Have student read, NetIonicReactions and go over
• Handout and prelab Types of Chemical Reaction lab

• Do Try Stoichiometry by Dimensional Analysis Homework
• [Single Replacement Reaction Homework]? (including Net Ionic Reactions)
• Read Double Replacement (solublity) Handout

• Do one (single replacement) section of lab
• Check & go over answers to Homework
• Go over Double Replacement (solubility) including giving out Solubility Table

• [Double Replacement Homework]? (including Net Ionic Reactions)
• Read Oxidation Numbers and Redox Reactions handout

• Do one (Double Replacement) section of lab
• Check & go over answers to Homework
• Go over Oxidation Number and Redox Reactions
• Do synthesis and decomposition section of lab

• Do [Oxidation Number Homework]?
• Start working on write-up of lab
• Read or reread Redox Reaction handout

• Go over oxidation number homework
• Go over Redox Reactions
• Finish lab

• Do [Redox Reactions Homework]?
• Write-up of lab

• Go over Redox homework
• Application of Redox, Batteries and Electroplating notes and lab

• Review Homework for Predicting Reactions and Redox reactions

• Go over review homework

• Study for test

• Test

• Solution, suspension & colloid lab
• Work on density & lab
• Homework:
  • Calculate density labs (using sig fig,etc)
  • Do additional density handout</i>

• Go over lab & write-up
• Check & go over additional denisty homework
• Talk about Kinetic Molecular Theory (KMT)
• Takl about Energy (make sure to add concept of Entropy with 3rd Law)
• Homework
  • Read in book Section 5.1-5.7 excluding Section 5.6 (be prepared for Reading Quiz)
  • Complete lab write-up of density lab

• Reading Quiz
• Go over three thermo laws
• Go over sign of deltaH

• Complete Energy at Home Handout
• Read Notes on Heat Calculations
• Read Expected work handout
• If want, try Heat Calculation Handout 1
• Will collect density lab

• Hand in density lab
• Go over one Heat Calculations
• Pass out and go over Nuts lab
• Homeork:
  • Do Heat Equation handout</i>

• Do Oh Nuts lab
• Answer questions on heat calculations

• Quiz A on Density Calculation
• Quiz B on Density Calculation
• Quiz A on Heat Calculation
• Homework: Study for test

• Go over Exo/endothermic reactions
• Do lab on exo/endothermic reaction
• Go over Solution, colloids and suspension
• Do lab on solution, colloids and suspension

• Go over handout on History of Atom
• Work on density & lab
• Homework:
  • Calculate density labs (using sig fig,etc)
  • Do additional density handout

• Solution, suspension & colloid lab
• Work on density & lab
• Homework:
  • Calculate density labs (using sig fig,etc)
  • Do additional density handout

• Go over lab & write-up
• Check & go over additional denisty homework
• Talk about Kinetic Molecular Theory (KMT)
• Takl about Energy (make sure to add concept of Entropy with 3rd Law)
• Homework
  • Read in book Section 5.1-5.7 excluding Section 5.6 (be prepared for Reading Quiz)
  • Complete lab write-up of density lab

• Reading Quiz
• Go over three thermo laws
• Go over sign of deltaH

• Complete Energy at Home Handout
• Read Notes on Heat Calculations
• Read Expected work handout
• If want, try Heat Calculation Handout 1
• Will collect density lab

• Hand in density lab
• Go over one Heat Calculations
• Pass out and go over Nuts lab
• Homeork:
  • Do Heat Equation handout

• Do Oh Nuts lab
• Answer questions on heat calculations

• Quiz A on Density Calculation
• Quiz B on Density Calculation
• Quiz A on Heat Calculation
• Homework: Study for test

• Go over Exo/endothermic reactions
• Do lab on exo/endothermic reaction
• Go over Solution, colloids and suspension
• Do lab on solution, colloids and suspension

• Notes on Difference between Molecular and Ionic Compounds
• Notes on Mole Concept for Elements
• Homework:
  • Complete Calculating Mole Problems for Elements Worksheet (Answers to One Step Mole Problems for Elements)
  • Read LewisDotStructures handout

• Quiz on Cation w/more tahn one charge and Periodic table ions, give out 1st set of polyatomic ions
• Go over/check mole calculation handout
• Go over Number of particles and moles
• Go Lewis Dot Structure
• Go over Exeeding the Octet rule

• Quiz on Cation w/more tahn one charge and Periodic table ions, give out 1st set of polyatomic ions
• Go over/check mole calculation handout
• Go over Number of particles and moles
• Go Lewis Dot Structure homework
• Go over naming Molecular compounds

• Check and go over answers to Number to mole problems
• Go over volume to mole and show Mole wheel
• Go over Naming molcular compound handout
• Go over Exceeding the Octet Rule and Resonance structures for Lewis Dot Structure

• Do One Step Mole Calculation Handout 1
• Do Lewis Dot Structure for SF₆, PCl₅, NO₃, CO₃
• Read Massing Lab

• Quiz on 1st Polyatomic set
• Check & go over mole calculations and Lewis Dot Structure
• Do massing lab

• Complete massing lab handout (not a formal lab write-up
• Review handout for test

• Check review homework and go over info on test
• Start two step problems
• Do review game for test

• Study for test

• Fill in

• Check homework, give quiz,etc
• Notes on Formation of Ions from atoms and their electron configuration (and position on Periodic Table)
• Notes on Two Step Mole Calculation
• Notes on Binary Ionic Compounds

• Binary Ionic Compound Homework Handout
• Answers to Binary Ionic Compound Homework
• Two Step Mole Problems Handout 1 (Answers on second page)

• Do Percent Composition Mini-Lab (get it started and then do notes)
• Check homework, give quiz, etc
• Notes on Percent Composition
• Hand out notes for IC with polyatomics

• Do [Percent Composition Homework Handout]?
• Answer to Percent Composition Homework
• Do problems in IC with polyatomics package
• Answers to IC with polyatomics homework
• Read Empirical Formula lab

• Lesson Plan for Day 3 Period 3 or 4 of 2nd Section Moles Concept and Compounds
• Do Empirical formula lab
  • (get it started and then do notes)
  • Set-up expt and preweigh material
• Check homework,give quiz,etc
• Notes on Empirical formula
• Hand out notes for IC with cations having more than one charge

• Do Empirical formula handout
• Do problems in IC with cations having more than one charge
• At least get calculations done for Empirical formula lab (complete write-up will be next night homework)

• Notes for Molecular formulas
• Check homework, give quiz, etc
• Notes on Moecular formulas
• Lewis Dot Structures for Ionic Compound
• Notes on Electronegativity (EN) and how change can determine bonding

• Do Lewis Dot Structure for Ionic Compound Handout
• Do Review for Test Handout

• Check and go over Review for Test Handout
• Notes in on Balancing Chemical reactions and molar ratios

• Study for test
• Print out Objectives of 2st Section of Mole and Compounds

Day 6:

• Test

• Do balancing reaction handout
• Read notes on Reaction Stoichiometry

• P1 : Wed 12/20
• P3 : Wed 12/20
• P4 : Wed 12/20
• P7 : Tues 12/19

Day 1:

• Balancing Chemical Reactions
• Types of Chemical Reactions

• Do Balancing Reaction and Types of Chemical Reaction Homework Handout
• Read notes on Reaction Stoichiometry

• Explain single replacement reaction
• Do lab

• Review package

• Review for test
• Explain Net Ionic Reactions

• Do single replacement and net ionic reaction homework handout

• Double Replacement reaction

• Do Double Replacement homework handout

• Study for Midyear

• Have student read, SingleReplacement, and go over
• Have student read, NetIonicReactions and go over
• Handout and prelab Types of Chemicl Reaction lab

• Do Try Stoichiometry by Dimensional Analysis Homework
• [Single Replacement Reaction Homework]? (including Net Ionic Reactions)
• Read Double Replacement (solublity) Handout

• Do one (single replacement) section of lab
• Check & go over answers to Homework
• Go over Double Replacement (solubility) including giving out Solubility Table

• [Double Replacement Homework]? (including Net Ionic Reactions)
• Read Oxidation Numbers and Redox Reactions handout

• Do one (Double Replacement) section of lab
• Check & go over answers to Homework
• Go over Oxidation Number and Redox Reactions
• Do synthesis and decomposition section of lab

• Do [Oxidation Number Homework]?
• Start working on write-up of lab
• Read or reread Redox Reaction handout

• Go over oxidation number homework
• Go over Redox Reactions
• Finish lab

• Do [Redox Reactions Homework]?
• Write-up of lab

• Go over Redox homework
• Application of Redox, Batteries and Electroplating notes and lab

• Review Homework for Predicting Reactions and Redox reactions

• Go over review homework

• Study for test

• Test

• Kinetic and Equilibrium 6 classes
• Periodic Table 4 classes
• Bonding and IMF 6 classes
• Phase of Matter 5 classes
• Gases 5 classes
• Solution 5 classes
• Acid and Bases 7 classes
• Nuclear Chemistry 4 classes