Department of Physical Sciences

CHM 111 - COLLEGE CHEMISTRY II

LECTURE SCHEDULE (MWF)

Section _______ MWF ______________
SESSION #	TEXT TOPIC (Hill and Petrucci 2^nd TTC ed.)	CHAPTER/SECTION(S)
1	Introduction, Chemical Equilibrium	14/1,2
2	Chemical Equilibrium Stoichiometry	14/3-4
3	Chemical Equilibrium Calculations	14/5
4	Acid/Base Chemistry; Acid/Base Strengths	15/1,2
5	Acid/Base-Ionization Equilibria	15/4
6	Acid-Base Properties of Ions	15/6
7	Common-Ion Effect and Buffers	15/7,8
8	Buffers; Indicators; Neutralization Reactions	15/8, 9,10
9	Acid-Base Titration Curves	15/10
10	Precipitation Reactions and Slightly Soluble Salts	4/3; 16/1
11	Solubility Product	16/2
12	Common Ion Effect in Solubility Equilibria	16/3
13	Reaction Quotient (Will Precipitation Occur?)	16/4
14	Effect of pH on Solubility, Complex Ions	16/5 16/6 (Qualitative)
15	TEST I
16	Introduction to Thermochemistry	6/1-3
17	Enthalpy	6/4
18	Hess's Law	6/6
19	Standard Enthalpy of Formation and Reaction	6/7
20	Calorimetry	6/5
21	Enthalpy of Phase Changes	11/2,3 (portions); Handout
22	Spontaneous Reactions; Entropy	17/1-3
23	Free Energy	17/4,5
24	Free Energy and Equilibrium	17/6
25	Dependence of Free Energy on Temperature	17/7

SESSION #	TEXT TOPIC	CHAPTER/SECTION(S)
26	TEST II
27	Review Test II
28	Introduction to Reaction Rates	13/1, 2, 3
29	Rate Law (Initial Rate Method)	13/4
30	First Order Integrated Rate Law, Half-Life	13/5
31	Reactions of Other Orders, Theories of Kinetics	13/6, 7
32	Effect of Temperature (Qualitative), Reaction Mechanisms	13/8,9
33	Catalysis, Kinetics of Radioactive Decay	13/10, 19/3
34	Oxidation - Reduction Concepts	4/4, 5
35	Balancing Oxidation - Reduction Reaction Equations (Half-Reaction Method)	18/1,2
36	Voltaic Cells, Standard Electrode Potential	18/3,4
37	Electrode (Cell) Potential, Free Energy and Equilibrium	18/5
38	Effect of Concentration on Cell Voltage	18/6
39	Calculations
40	TEST III
41	Review Tests
42	Review for FINAL EXAM
Final Exam:

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD, BUT THE ACTUAL TIMING OF THE SCHEDULE MAY VARY SLIGHTLY AT THE DISCRETION OF THE INSTRUCTOR

Section _______ MW or TR _______________
SESSION #	TEXT TOPIC (Hill and Petrucci, 2^nd TTC ed.)	CHAPTER/SECTION(s)
1	Introduction, Chemical Equilibrium	14/1-4
2	Chemical Equilibrium Stoichiometry; Acid/Base-Ionization Equilibria	14/5; 15/4
3	Acid/Base-Ionization Equilibria, Acid-Base Properties of Ions	15/4,6
4	Common-Ion Effect and Buffers	15/7,8
5	Buffers; Indicators; Neutralization Reactions	15/8-10
6	Acid-Base Titration Curves	15/10
7	Precipitation Reactions, Solubility Product	4/3;16/1,2
8	Common Ion Effect in Solubility Equilibria; Reaction Quotient (Will Precipitation Occur?)	16/3,4
9	Effect of pH of Solubility; Complex Ions	16/5; 16/6 (Qualitative)
10	TEST I
11	Introduction to Thermochemistry; Enthalpy	6/1-4
12	Hess' Law, Standard Enthalpy of Formation and Reaction	6/6,7
13	Calorimetry; Enthalpy of Phase Changes	6/5 11/2,3(Portions),Handout
14	Spontaneous Reactions; Entropy, Free Energy	17/1-4
15	Free Energy; Free Energy and Equilibrium	17/4-6
16	Dependence of Free Energy on Temperature	17/7
17	TEST II
18	Introduction to Reaction Rates; Rate Law (Initial Rate Method)	13/1-4
19	First Order Integrated Rate Law, Half-Life, Reactions of Other Orders	13/5,6
20	Theories of Kinetics, Effect of Temperature (Qualitative), Reaction Mechanisms	13/7-9
21	Catalysis; Kinetics of Radioactive Decay	13/10; 19/3
22	Oxidation-Reduction Concepts	4/4,5
23	Balancing Oxidation-Reduction Reaction Equations (Half-Reaction Method)	18/1,2
24	Voltaic Cells: Standard Electrode Potential	18/3,4
25	Free Energy and Equilibrium, Effect of Concentration on Cell Voltage	18/5,6

26	Calculations, review
27	TEST III
28	Review for Final Exam
FINAL EXAM :

THE CONTENTS OF THIS ADDENDUM CAN ONLY BE CHANGED WITH THE APPROVAL OF THE DEPARTMENT HEAD, BUT THE ACTUAL TIMING OF THE SCHEDULE MAY VARY SLIGHTLY AT THE DISCRETION OF THE INSTRUCTOR