Section 3; MWF 1500-1550 SCIA 564

Schedule - Spring 2013

Subject to change WEEKLY - see Discussion column

Office: SA560a
Office Hours: MWTr 1000-1050; WF 1100-1150; other times by appointment
Phone: x 5719
Home: 822-1116
e-mail: rap1@humboldt.edu

Syllabus: See also General Chemistry on my Web Page (http://users.humboldt.edu/rpaselk/)

Discussion/Laboratory: See also General Chemistry on my Web Page (http://users.humboldt.edu/rpaselk/)

* You will find that I do not necessarily follow your text's order of presentation within or among chapters. IT IS UP TO YOU TO WINNOW THROUGH THE TEXT AND FIND THE APPROPRIATE READING MATERIALS WITHIN THE CITED CHAPTERS OF ZUMDZAHL!
**Note the Due Dates, you must complete the OWL assignments by these dates to recieve credit!
Week	Topic	Text*	Suggested End of Chapter Problems (do odd#)	OWL: Zumdahl Chap.; Due Date**	Quiz (see Discussion)
1 (1/21-25)	Monday, 21 January-Martin Luther King, Jr. Holiday-Campus Closed				No Quiz
	Syllabus; Introduction; What is Chemistry?	Chap1	29–41, 47–63, 73–81	Chem Readiness (Chap 0); 1/27
	Measurements, Units, and Calculations.	Chap1		Chap 1; 1/27
2 (1/28-2/1)	Atoms & Atomic Theory. The Nuclear Atom: Isotopes,	Chap 2	41–59	Chap 2; 2/10	Q1/Sig figs
3 (2/4-2/8)	Introduction to Periodicity; Molecules & Ions.	Chap 2	63–77		Q2/Chem Names; Atom Structure
3 (2/4-2/8)	Introduction to Stoichiometry.	Chap 3	33–77	Chap 3; 2/17
	Formula and Reaction Stoichiometry.	Chap 3	81–85, 93–111
4 (2/11-15)	Reaction Stoichiometry, cont.	Chap 3			Q3/Stoich.; Rxn Stoich.
	Water, Aqueous Solutions, Electrolytes, & Aqueous Reactions.	Chap 4	27–51, 55–59	Chap 4; 2/24	Q3/Stoich.; Rxn Stoich.
5 (2/18-22)	Solution Stoichiometry.	Chap 4 (18.1)	65–77, 79–83		Q4/Net Ionic; Redox balancing in acid only
	Gases and Gas Laws;	Chap 5	41–61		Q4/Net Ionic; Redox balancing in acid only
6 (2/25-3/1)	The Ideal Gas Law.	Chap 5	63–81	Chap 5; 3/3	Q5/Oxidation Num.; Molarity
6 (2/25-3/1)	Gas Stoichiometry; The Kinetic Molecular Theory of Gases; Real Gases.	Chap 5	99–103	Chap 5; 3/3	Q5/Oxidation Num.; Molarity
	Exam I: Friday, March 1	Chap 1–4
7 (3/4-8)	Introduction to Thermochemistry; Calorimetry; Hess's Law & Standard Enthalpies.	Chap 6	23–33, 41–61, 67–83	Chap 6; 3/10	Q6/Gas Prob., Partial P.
8 (3/11-15)	Electromagnetic Radiation. & Atomic Structure; Quantum Models of the Atom; Quantum Numbers. Atomic Properties & Chemical Periodicity.	Chap 7	37–117	Chap 7; 3/17	Q7/ Calorimetry/heat capacity; Hess's Law.
9 (3/18-22)	*Spring Break*
10 (3/25-29)	Chemical Bonding; Electronegativity; Covalent Bonding: Lewis Structures ; VSEPR Theory and Molecular Geometry; Polarity.	Chap 8	27–55, 63–101, 103–115	Chap 8; 3/31	Q8/Light vs. Energy; Quantum Numbers
11 (4/1-4/5)	Monday, 1 April – Cesar Chavez Holiday-Campus Closed				No Quiz
11 (4/1-4/5)	Introduction to Liquids and Solids.; Weak Bonds; Vapor Pressure.	Chap 10	35–39	Chap 10 (skip 10.4 & .5); 4/14	No Quiz
	Exam II: Friday, April 5	Chap 5–8
12 (4/8-12)	Solids & Crystals, Phase Diagrams	Chap 10	89–97		Q9/Lewis Structures & Mol. Geom.
	Solutions & Solubility; Colligative Properties.	Chap 11	29–37, 43–47, 51–55, 65–81	Chap 11: 4/21	Q9/Lewis Structures & Mol. Geom.
13 (4/15-20)	Introduction to Chemical Equilibrium: Gaseous & Heterogeneous Systems.	Chap 13	21–69 (skip 49 & 55), 63 –69	Chap 13: 4/28	Q10/ Inter. Molec Forces/bonds; Heating/Cooling Prob.
14 (4/22-27)	Acids & Bases.; pH; Weak Acid Equilibria & Buffers; Acid-Base behavior of Salts.	Chap 14	33–67 (skip 45)	Chap 14: 5/5	Q11/Colligative properties, Concentration.
15 (4/29-5/3)	Polyprotic Acids; Lewis Acids.	Chap 14	75–97		Q12/Le Chat. Prin.; Chem. Equilibrium Problems
	Acid-Base Equilibria & Buffers	Chap 15	15, 17, 21, 23, 27, 31, 37, 41, 45	Chap 15: 5/12
16 (5/6-10)	Acid-Base Equilibria & Buffers, cont.; Titration Curves; Indicators.	Chap 15	49–57		Q13/ Acids & bases; pH & Buffer problems
17 (5/13-18)	Final Exam (comprehensive): 1500-1650 Monday 13 May				Q13/ Acids & bases; pH & Buffer problems