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<center>2005 - 2006 <nowiki>AP</nowiki> Homework</center>
 
Tues 1/3 Due: Wed 1/4 
*Do Pg282 #63 a is standard heat of formation and b is Hess' Law
*Do Pg282 #74 (you are assuming in heat of combustion that the coefficient in front of acteylene in the combustion reaction is one).
*Please do each question above on a separate sheet of paper
*Read and take notes on Section 16.1-16.2 16.5 and then 16.3 (please read in this order and more than one time). Remember, this is Thermodynamics, it is not a novel and will take 2 or 3 times to read to understand.

-------------------------
Christmas Vacation Homework 
General Notes 
*Read and take notes on Ch6 (Pg239-265 and Pg273-275(Heat of Combustion))
*For these pages, for general, print out [http://www.tmcleod.org/AP/0506zumch6thermochemistry.doc Zumdahl Chapter 6 General Notes]
Specific notes
**Introduction and Internal Energy (see above notes)
**[http://wine1.sb.fsu.edu/chm1045/notes/Energy/Enthalpy/Energy02.htm Enthalpy] 
**[http://wine1.sb.fsu.edu/chm1045/notes/Energy/Calorim/Energy03.htm Calorimetry]
**StandardHeatofFormation
Homework (homework relates to reading/notes above) 
**Pg280 #21a&c,27
**PG280 #33,35,43
**Pg280 #55
**Pg280 #61,67,73
-------------------------
Fri 12/16 Due: Mon 12/19 (Review for next Test) 
*Solubility questions Pg770 #102,125
*Electrochemistry Pg.863 #35(also sketch cells and give all relevant info),52,80,86(also write half cell reaction at each electrode)
*Bring in a piece of metal or metal fashioned into some way (i.e. ring, etc) and we will try to plate some metal on it.
Tues 12/13 Due: Thurs 12/15 
*Pg863 #15d,16d, 49(look at your standard reduction potential table as you do problem)
*Pg 864 #25a & 27 , 29b
*Read Section 17.7 (look at Sample Exercise 17.9 (Pg850)

Mon 12/12 Due: Tues 12/13 
*Read and take notes on Section 17.1-17.2
*I decided to give handout in class (too hard to put on website)
*Find handout on Predicting chemical reactions: redox reactions, lists oxidizing agents and reducing agent. Please compare to the Standard Reduction Potential tables on Pg827 and A26 (in back of book).
 
 
Thurs 12/8 Due: Mon 12/12 
*Read and take notes on Section 15.7
*Read and highlight/notes on #2 page(s) of package I gave out last class for solubility
*Pg770 #97,99,101 (Look at sample Problems in section for help)

Wed 12/7 Due: Thurs 12/8 
*study for Acid Base II test

Tues 12/6 Due: Wed 12/7 
*Read handout package #1 and Section 15.6
*Do all #1 question from package

Fri 12/2 Due: Tues 12/6 
*Do [[AP Question Acid/Base]]
*Answers to <nowiki>AP Question from class</nowiki> 
**a. In class
**pH = 2.93
**pH=4.77
**<nowiki>[OH</nowiki>]1- = 3.5E-6M
**pH=8.54

Thurs 12/1 Due: Fri 12/2 
*Pg 770 #55,69,71(only do Ex59 part), 116(part a, optimal=most neutralizing power)

Tues 11/29 Due: Thurs 12/1 
* Read the handout on pH indicators
*Do Pg 770 #63(only 0.0ml,8.0ml, 12.5ml, 25.0ml, 28.0ml of <nowiki>HCl</nowiki>), 65

Wed 11/23 Due: Mon 11/28 
*Pg770 39, 44,59

Mon 11/21 Due: Wed 11/23 
*Calculate the mass of sodium acetate you need to add to 50.0ml of 0.10M acetic acid to have the solution be at a pH=4.00 (called a pH 4 buffer).
*Calculate the mass of sodium acetate you need to add to 50.0ml of 1.0M acetic acid to have the solution be at a pH=4.00 (called a pH 4 buffer).
**Use Henderson - Hasselbalch (<nowiki>H-H</nowiki>) equation.
**Remember the recipical of a log is 10x.
Fri 11/18 Due: 11/21 
*Read and take notes on Section 15.1 - 15.3 (Common ion effect, buffers, and buffer capacity) 
*Read and take notes on Section 15.4 (Pg728-732)

Test on <nowiki>Acid/BaseI</nowiki> on Wed 11/16

Tues 11/15 Due: Wed 11/16 
*Study for Acid Base I test

Mon 11/14 Due: Tues 11/15 
*Pg700 65,69,100
*Complete calculation for [[pH reading of strong and weak acid/base and salts Lab]]

Tues 11/8 Due: Wed 11/9 
*Pg700 #107,109,111,115

Fri 11/7 Due: Tues 11/8 
*All from last day homework
*Read and take notes (supplement handout) Section 14.8
*Pg700 #55,89

Thurs 11/3 Due: Mon 11/7 
*Do Pg700 #28a,47,51,81b&c,82c
*Read and take notes on Section 14.5 (except mixtures & percent dissocation), all of Section 14.6, and Section 14.12

Wed 11/2 Due: thurs 11/3 
*Study for Ch13 test

Mon 10/31 Due: Wed 11/2 
*Print out and read [http://www.tmcleod.org/AP/ELECTROLYTES.doc Electrolytes handout]
*Read and take notes on Section 14.1 - 14.4 and 14.6 (up to Pg 673) 
Fri 10/28 Due: Mon 10/31 
*Do Pg645 #82
*Complete redo Ch4 test questions

Wed 10/26 Due:Fri 10/28 
*Get ready for lab test
*Work on redoing Ch4 test.
*Quantitative analysis lab: 
<nowiki>KHS</nowiki> - K H S O4 
<nowiki>KHT</nowiki> - K H C4 H4 O6 
<nowiki>KHP</nowiki> - K H C8 H4 O4 
 
Tues 10/25 Due: Wed 10/26 
*Get all homework for term together for Homework Test
*Get labs into lab notebook as formal lab. Come with questions. (lab test is on Fri, next class)

Mon 10/24 Due: Tues 10/25 
*Complete Equilibrium lab questions and calculations

Thurs 10/20 Due: Mon 10/24 
*Remember Mon we are celebrating Mole Day, so bring in a mole (6) of something. Please, Please.
*Do Pg 640 #61,58 (answer to #58 is [H2S] = 9.4X10-3M)
*Complete all the net ionic reactions for the Qualitative analysis lab
*Start working on [[APQuestion2]] (Due Wed)
 
Wed 10/19 Due: Thurs 10/20 
*Read and take notes on Section 13.7 (supplement handout notes with reading notes)
*On a separate sheet of paper in your notes, write out your steps for solving equilibrium problems (in your own words not books)
*Do Pg642 #47, 55
*work on Qualitative lab
 
Mon 10/17 Due: Wed 10/19 
*Work on Qualitative Analysis Lab
*Pg640 #21,46,49
Tues 10/11 Due: Thurs 10/13 
*Pg 232 #27,49,61,63(read Pg205-207 for helpin problem 63). Make sure to look at GasLaws for notes on Gas Laws. 
*Read & take notes on Section 13.1-13.2 and (print out) [http://www.tmcleod.org/cgi-bin/chem1/wiki.cgi?Equilibrium_Notes_1 Equilibrium Notes 1 from 1st year] & [http://www.tmcleod.org/cgi-bin/chem1/wiki.cgi?Equilibrium_Notes_2 Equilibrium Notes 2 from 1st year]

We have moved Ch 4 test back to next Tues (1st class after the long weekend) 
Thurs 10/6 Due:Tues 10/11 
*Study for Ch4 test
*Start working on Pg 232 #27,49,61,63(read Pg205-207 for helpin problem 63). Make sure to look at GasLaws for notes on Gas Laws. These problems will be due the class after the test.
 
Tues 10/4 Thurs 10/6 
*Since we have changed the test date, we will go on to the next subject, Gas Laws. We will only spend 1/2 day now on this concept. We will deal with it later also. 
*So I am sending you back to my 1st year webpage so that you can print out and review all the relevant concepts for gas law. So look at GasLaws. Don't be fooled, there is a boat load of reading/reviewing here. Make sure you go to the webpage on Animation (mhhe site) of Gas Laws and Avogadro's Hypothesis. 
 
Mon 10/3 Due: 10/4 
*Pg182 #39,77,78(inspection=by oxidation number), 92(c,d)
Wed 9/28 Due: Fri 9/30 
*Memorize solubility rules
*Read Section 4.8
*Pg 182 #69,49,51
*1st year book Pg618 #16

[[APQuestion1]] Due Wed 9/28 
Tues 9/27 Due:Wed 9/28 
*Pg183 #59a,c,e & 61a&b
*Finish [[APQuestion1]]

Fri 9/23 Due: Tues 9/27 
*Do Pg181 #37 (stoichiometry of precipitation reactions)
*Do Pg181 #57a-d (oxidation number & redox reaction)
*Read & take notes on Section 4.10 Balancing <nowiki>Oxidation-Reduction</nowiki> reaction by half-cell method. (these are your notes for concept)
*Work on memorizing solubility rules

Wed 9/21 Due: Thurs 9/22
*Read and take notes on Section 4.1 - 4.7
*[http://www.tmcleod.org/AP/0506apzumch4notes.doc Help Notes for Section 4.1 - 4.6]
*Do Pg.180 #12, 15, 18, 20a&b
*(expect quiz on molarity after questions)

Fri 9/16 Mon 9/19 (Test:Wed 9/21)
*study for test

Wed 9/14 Due: Fri 9/16 
*Quiz on NamingCompounds
*Complete HomeworkSet5

Tues 9/13 Due: Wed 9/14 
*Work on HomeworkSet5

Wed 9/7 Due: Thurs 9/8 
*Quiz on CationTable
*SummerWork due in my mailbox by Fri 9/9
*Read and print out CombustionAnalysis
 
Mon 9/12 Due: Tues 9/13 
*Quiz on Polyatomic Ions

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