Editing revision 47 of Tentative Schedule

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*Kinetic and Equilibrium 6 classes
*Periodic Table 4 classes
*Bonding and <nowiki>IMF</nowiki> 6 classes
*Phase of Matter 5 classes
*Gases 5 classes
*Solution 5 classes
*Acid and Bases 7 classes
*Nuclear Chemistry 4 classes
------------------------------- 
<center>General Information</center> 
[[20 Item Multiple Choice Template]] 
[[Homework check for chem rxn and redox]] 
Rest of Chemical Reactions and Redox 
[[March 19 homework check list]] 
[[Chem Rxn and Redox Homework Quiz A]] 
------------------------------- 
<center>Solutions</center>
 
Day 1: 
*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 
 
Day 2: 
*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) 
 
Day 3: 
*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
 
Day 4: 
*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]]

-------------------------- 
<center>Gas Laws</center> 
 
Day 1: 
*Go over KineticTheoryofGas and GasPressure (including manometers, [[Manometer Lab]]) 
*Show [http://www.mpcfaculty.net/mark_bishop/KMT.htm 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. 
 
Day 2: 
*Go over Charles Law including mini-lab and graphing data table (from [http://www.tmcleod.org/Level1/0405revisedgasdemos.doc 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 [http://www.tmcleod.org/Level1/0405revisedgasdemos.doc 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 <nowiki>No-Name Law or Gay-Lussac's Law</nowiki> 
 
Day 3: 
*Check homework and go over any questions
*Go over Boyle's Law and have students do mini-lab (including and graphing data table (from [http://www.tmcleod.org/Level1/0405revisedgasdemos.doc 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 <nowiki>PVnert video</nowiki>

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)

----------------------------------------------- 
<center>Chemical Reactions</center>

Day 1: 
*Have student read, SingleReplacement, and go over
*Have student read, NetIonicReactions and go over
*Handout and prelab Types of Chemical Reaction lab
Homework 
**Do [[Try Stoichiometry by Dimensional Analysis Homework]]
**[[Single Replacement Reaction Homework]] (including Net Ionic Reactions)
**Read Double Replacement (solublity) Handout
 
Day 2: 
*Do one (single replacement) section of lab
*Check & go over answers to Homework 
*Go over Double Replacement (solubility) including giving out Solubility Table 
Homework 
**[[Double Replacement Homework]] (including Net Ionic Reactions)
**Read Oxidation Numbers and Redox Reactions handout
 
Day 3 
*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
Homework 
**Do [[Oxidation Number Homework]]
**Start working on write-up of lab
**Read or reread Redox Reaction handout
 
Day 4 
*Go over oxidation number homework
*Go over Redox Reactions
*Finish lab 
Homework 
**Do [[Redox Reactions Homework]]
**Write-up of lab
 
Day 5 
*Go over Redox homework
*Application of Redox, Batteries and Electroplating notes and lab
Homework 
**Review Homework for Predicting Reactions and Redox reactions
 
Day 6 
*Go over review homework
Homework 
*Study for test
 
Day 7 
*Test
Homework 
**
------------------------------- 
Day 1: 
*Solution, suspension & colloid lab
*Work on density & lab
*Homework:
**Calculate density labs (using sig fig,etc)
**Do additional density handout
 
Day 2: 
*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
 
Day 3: 
*Reading Quiz
*Go over three thermo laws 
*Go over sign of deltaH
Homework:
**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
 
Day 4: 
*Hand in density lab
*Go over one Heat Calculations 
*Pass out and go over Nuts lab
*Homeork:
**Do Heat Equation handout
 
Day 5: 
*Do Oh Nuts lab
*Answer questions on heat calculations
Homework (Review for test):
 
Day 6: Review for test
*[[Quiz A on Density Calculation]]
*[[Quiz B on Density Calculation]]
*[[Quiz A on Heat Calculation]]
*Homework: Study for test
 
Day 7: Test 
 
Next class 
*Go over Exo/endothermic reactions
*Do lab on exo/endothermic reaction
*Go over Solution, colloids and suspension
*Do lab on solution, colloids and suspension
 
--------------------
 
Day 1: 
*Go over handout on History of Atom
*
*Work on density & lab
*Homework:
**Calculate density labs (using sig fig,etc)
**Do additional density handout
 
Day 1: 
*Solution, suspension & colloid lab
*Work on density & lab
*Homework:
**Calculate density labs (using sig fig,etc)
**Do additional density handout
 
Day 2: 
*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
 
Day 3: 
*Reading Quiz
*Go over three thermo laws 
*Go over sign of deltaH
Homework:
**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
 
Day 4: 
*Hand in density lab
*Go over one Heat Calculations 
*Pass out and go over Nuts lab
*Homeork:
**Do Heat Equation handout
 
Day 5: 
*Do Oh Nuts lab
*Answer questions on heat calculations
Homework (Review for test):
 
Day 6: Review for test
*[[Quiz A on Density Calculation]]
*[[Quiz B on Density Calculation]]
*[[Quiz A on Heat Calculation]]
*Homework: Study for test
 
Day 7: Test 
 
Next class 
*Go over Exo/endothermic reactions
*Do lab on exo/endothermic reaction
*Go over Solution, colloids and suspension
*Do lab on solution, colloids and suspension
 
--------------------
 
1st Section of Mole Concept and Compounds 
 
 
Day 1: 
*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
Day 2 
*Go over/check mole calculation handout
*Go over Number of particles and moles
*Go Lewis Dot Structure
Hw: 
a. [[Mole and Number of Particle Problems]] 
b. Do problems in LewisDotStructures handout 
c. Read [[Naming Molecular Compounds]]

------------- 
<center>2nd Section Moles Concept and Compounds</center> 
Big Picture
*Fill in
Day 1: 
*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
Homework:
**[[Binary Ionic Compound Homework Handout]]
**[[Answers to Binary Ionic Compound Homework]]
**[[Two Step Mole Problems Handout 1]] (Answers on second page)
 
Day 2: 
*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 <nowiki>IC</nowiki> with polyatomics
Homework:
**Do [[Percent Composition Homework Handout]]
**[[Answer to Percent Composition Homework]]
**Do problems in <nowiki>IC</nowiki> with polyatomics package
**[[Answers to IC with polyatomics homework]]
**Read Empirical Formula lab
 
Day 3: 
*[[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 <nowiki>IC</nowiki> with cations having more than one charge
Homework:
**Do Empirical formula handout
**Do problems in <nowiki>IC</nowiki> with cations having more than one charge
**At least get calculations done for Empirical formula lab (complete write-up will be next night homework)
 
Day 4: 
*Notes for Molecular formulas
*Check homework, give quiz, etc
*Notes on Moecular formulas
*Lewis Dot Structures for Ionic Compound
*Notes on Electronegativity (<nowiki>EN</nowiki>) and how change can determine bonding
Homework:
**Do Lewis Dot Structure for Ionic Compound Handout
**Do Review for Test Handout
 
Day 5: 
*Check and go over Review for Test Handout
*Notes in on Balancing Chemical reactions and molar ratios
Homework:
**Study for test
**Print out [[Objectives of 2st Section of Mole and Compounds]]

Day 6: 
*Test
Homework:
**Do balancing reaction handout
**Read notes on Reaction Stoichiometry
 
Tentative 2nd Mole Test day 
*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
Homework: 
**Do Balancing Reaction and Types of Chemical Reaction Homework Handout
**Read notes on Reaction Stoichiometry
 
Day 2: 
*Reaction Stoichiometry
*Molecular Formulas
Homework 
**Reaction Stoichiometry homework handout
**Molecular Formula homework handout
**Read Single Replacement Reaction Lab
 
Day 3: 
*Explain single replacement reaction
*Do lab
Homework 
**Review package
 
Day 4 
*Review for test
*Explain Net Ionic Reactions
Homework 
**Do single replacement and net ionic reaction homework handout
 
Day 5</b 
*Test 
Homework 
**Read Double Replacement Reaction notes handout
 
Day 6 
*Double Replacement reaction
Homework 
**Do Double Replacement homework handout
 
Reading Day for Midyear
Homework 
**Study for Midyear
----------------------- 
Sodium chlordie 
Potassium chloride 
Magnesium bromide 
Lithium nitride 
Aluminum oxide 
Strontium sulfide 
Calcium oxide 
 
Atom Electron configuration 
Symbol & chagre of ion 
Electron configruation of ions 
Lewis Dot Structure of ions 
Chemical formula 
delta E N 
Lewis Dot Structure of chemical formula 
----------------- 
Day 1: 
*Have student read, SingleReplacement, and go over
*Have student read, NetIonicReactions and go over
*Handout and prelab Types of Chemicl Reaction lab
Homework 
**Do [[Try Stoichiometry by Dimensional Analysis Homework]]
**[[Single Replacement Reaction Homework]] (including Net Ionic Reactions)
**Read Double Replacement (solublity) Handout
 
Day 2: 
*Do one (single replacement) section of lab
*Check & go over answers to Homework 
*Go over Double Replacement (solubility) including giving out Solubility Table 
Homework 
**[[Double Replacement Homework]] (including Net Ionic Reactions)
**Read Oxidation Numbers and Redox Reactions handout
 
Day 3 
*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
Homework 
**Do [[Oxidation Number Homework]]
**Start working on write-up of lab
**Read or reread Redox Reaction handout
 
Day 4 
*Go over oxidation number homework
*Go over Redox Reactions
*Finish lab 
Homework 
**Do [[Redox Reactions Homework]]
**Write-up of lab
 
Day 5 
*Go over Redox homework
*Application of Redox, Batteries and Electroplating notes and lab
Homework 
**Review Homework for Predicting Reactions and Redox reactions
 
Day 6 
*Go over review homework
Homework 
*Study for test
 
Day 7 
*Test
Homework 
**
------------------------------- 
*Kinetic and Equilibrium 6 classes
*Periodic Table 4 classes
*Bonding and <nowiki>IMF</nowiki> 6 classes
*Phase of Matter 5 classes
*Gases 5 classes
*Solution 5 classes
*Acid and Bases 7 classes
*Nuclear Chemistry 4 classes

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