Editing revision 54 of 2nd Semester Period Seven 0607

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*[[2nd Semester Period One 0607]]
*[[2nd Semester Period Three 0607]]
*[[2nd Semester Period Four 0607]]
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Mon June 4 Quiz/test - Nuclear Chemistry (Last Day to take quiz/test) 
Mon June 4 Homework Due [[Review Homework for Nuclear Chemistry]] 
 
Thurs May 31 Test - Acid Base Solution 
 
Thurs May 31 Homework Due: 
*Pg570 #15,16,56
*[[Review Homework for Acid/Base for MCAS]]
*[[Review Homework for Solution Chemsitry]]
*pH sampling lab work
 
---------------------------- 
Thurs 5/10 Due: Mon 5/11 
*If you did not received in class, print out [[Dilution Problem Set]].
*All handouts are done for next class.
*Read ColligativeProperties and complete ColligativePropertyLab at home (lab will take approximately 1 hour with some down time)

Wed 5/9 Due: Thurs 5/10 
*If not received in class, print MolalityProblemSet, MolarityProblemSet, and SolubilityProblemSet. Start working on them. Not due for next class but class after.
*Read handout on Dilution
*If did not get last class, print out [[Molarity]], [[Molarity]], and [[Solubility]]

Wed 5/2 Due: Fri 5/4
*If need print out SolutionBookNotes1. Then complete. 
**If it says, class notes, leave blank.

Test: Phase of Matter and Gas Wed 5/2

Tues 5/1 Due: Wed 5/2 
*If want some more Gas law problem practice, print and complete [http://tmcleod.org/cgi-bin/chem2/wiki.cgi?Review_Homework_For_Gas_Problems_2 Review Homework for Gas Problems 2]
*Study for test

Mon 4/30 Due: Tues 5/1 
*Complete [[GasLawsProblemSet2]] and [[Review Homework for Intermolecular Force and Phase of Matter]]. Don't forget book problems at top of page.
*if did not pick up in class, complete [[Review Homework for Gas Problems]]
*If did not pick up in class, print out and review [[Objectives of Phase of Matter]] and [[Objectives of Gases and Kinetic Molecular Theory]] for review for test

Thurs 4/26 Due: Mon 4/30 
*Complete CombinedGasLawProblemSet and IdealGasLawsProblemSet
*Will check all handouts
*Will be a Quiz on Gas Law and Avogadro's Hypothesis (can put math equation in folder)

Wed 4/25 Due: Thurs 4/26 
*Complete BoylesLawProblemSet and NonameProblemSet

Mon 4/22 Due: Wed 4/24 
*Finish AvogadrosHypothesisProblemSet and CharlesLawProblemSet. Can check answer if you click on either webpage, Answers at bottom of webpage.
*Come in with questions about graph from Charle's Law section
 
Thurs 4/12 Due: Fri 4/13 
*Print out and complete [[Calculating Heating Curve Values Homework]]
*Print out and read GasPressure, GasParameters and KineticTheoryofGas

Tues 4/10 Due: Thurs 4/12 
*Complete [[Reading Notes on Phase of Matter]]
*Print out and read [[Phase of Matter Lab]]

Mon 4/9 Due: Tues 4/10 
*Study for Test
*To take notes for animated website, go to [[Reading Notes on Phase of Matter]].Not do next class

Mon 4/2 Due: Tues 4/3 
*For the problems in LewisDotStructures and [[Homework for Geometry of Molecules]] determine, the molecular geometry, the hybridization on central atom, bond polarity, molecular polarity and type of intermolecular force (IMF). Show all work as discussed in class. Complete as many of these tasks as you have been taught.
 
Mon 3/26 Due: Wed 3/28 
*Read BondPolarity and MolecularPolarity
*Complete as much of [[Homework for Geometry of Molecules]] as you know how to do.
 
 
Test on Kinetics and Equilibrium Tues 3/13

Thurs 5/8 Due: Tues 5/13 
*Study for test
*Bring all homework to class, I will check for grade

Wed 5/7 Due:Thurs 5/8 
*Complete [[Review for Homework for Kinetics and Equilibrium]] and Potential Energy Diagram Handout (given out in class)
*Print out [[Objectives of Kinetics]] and [[Objectives of Equilibrium]] handout for upcoming test (beginning of next week).

Mon 3/5 Due: Wed 5/7 
*Work on Le Chatlier's Principle Lab
*Print out [[Objectives of Kinetics]] and [[Objectives of Equilibrium]] handout for upcoming test (beginning of next week).

Fri 3/2 Due: Mon 3/5 
*Pg541 #16 - #18 (answer question with 4 parts as you have no matter what the book question is)
*start working on <nowiki>LeChaterlier's Principle</nowiki> write-up
 
Thurs 3/1 Due: Fri 3/2 
*Complete [[Problems on Equilibrium]]

Tues 2/27 Due: Thurs 3/1 
*Complete [[Problems on Equilibrium]]

Mon 2/26 Due: Tues 2/27 
*Pg541 #7 - #11 ([[Answers to Book Pg541 Problems 7 - 11]])

Thurs 2/8 Due: Fri 2/9 
*Final write-up of Types of Chemical Reaction Lab (do not do Objective & conclusion, will do in class)
*If not done do reading & notes from last homework assignment

Mon 2/5 Due: Tues 2/6 
*Read and take notes on Section 17.1, 17.2, 17.4-17.6, 17.12, 17.13 
**Remember, all answers have effective collision in them
**Assume that there was enough time in class to do work.
*Study for test

Fri 2/2 Due: Mon 2/5 
*Print out [[Objectives of 2nd Section Chemical Reactions and Redox Reaction]]
*Optional homework ([[Review Homework for 2nd Section Chemical Reactions and Redox Reaction Test]])
*Will give out reading handout as class work

Mon 1/29 Due:Wed 1/31 
*Pg617 #4, 21,22,27 (assigning Oxidation Numbers)
*Pg617 #14 
**If you have a Redox reaction, then do work to show species that is oxidized, is reduced, and oxidizing agent and reducing agent.
**If you do not have a Redox reaction, show how all oxidation numbers for each species does not change from reactant to product
*Work on doing Calculation section of lab (last thing, if you have time after finishing other homework)

Fri 1/26 Due: Tues 1/30 
*Work on Calculation section in lab
*Pg617 #4,21,22,27
*Print out and Read [[Notes on Oxidation-Reduction Reactions]]

Thurs 1/25 Due: Fri 1/26 
*Print out and Do SingleReplacementDoubleReplacementHandout
*Make sure you have completed last class homework (see above)
*Print out and Read OxidationNumber and [[Notes on Oxidation-Reduction Reactions]]

Mon 1/22 Due: Wed 1/24 
*Print out [http://www.tmcleod.org/Level1/2005Level1termgradesheet.doc Term Grade Sheet] and [[Big Picture Handout]]
*Print out and Do [[Try Stoichiometry by Dimensional Analysis Homework]]
*Print out and Do [[Single Replacement Homework]] 
*If not already handed out, print out and Read NetIonicReactions
*Print out [[Solubility Table]]
*Print out and read DoubleReplacement and [[Double Replacement - Solid Formed]] handouts
 
*PercentYield and [[Percent Yield Problem Set]]

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