CEM 141 Lab/Class Links

CEM 141 Lab/Class Links : Live


1			Google Meet Link for Office Hours	Ott Cell : ‪734.408.1377‬ 7am-3pm M-R, 7-12 F	ottmark@jccmi.edu
6	Due Date		topic	Other resources	Sample problems

7	M 6/8		Course Introduction Start Here!
8			Day 1 to do list
9			JetNet primer (generic)
10			JetNet Primer for our Class
11		1.1	Basic Chemistry Definitions (SC)		1.1 Worked out Problems
12	T 6/9	1.2a	Units and numbers		1.2 Worked out Problems
13		1.2b	Significant Figures (SC)	Significant figures (txt)
14		1.3a	Unit conversion (SC)	Unit conversion(txt)	1.3 worked out problems
15		1.3b	Density (SC)
16	W 6/10	LAB	Data Manipulation Lab
17	R 6/11	1.4a	Energy and Enthalpy		1.4 Worked out problems
18		1.4b	atomic structure intro (sc)
19	F 6/12	LAB	BL- Rutherford and Alpha/Beta Lab	Final Lab Report Submission
20	M 6/15	1.5a	Atomic Mass/Symbols (sc)	Another Mass/symbol SC	1.5 Worked out problems
21		1.5b	Diatomic Species and Ions (sc)
22		1.6	Waves and Quantized Energy (sc)		1.6 worked out problems
23	T 7/16	1.7a	Line Spectra (SC)	More line specta (online)	1.7 worked out problems
24		1.7b	Bohr's H Atom(SC)
25		1.8a	Quantum numbers Intro (SC)		1.8 worked out problems
26		1.8b	Quantum Numbers (SC)	More quantum numbers (online)
27		1.8c	Electronic Configuration (SC)
28	W 6/17	LAB	BL- Rydberg Lab	Final Lab Report Submission
29	R 6/18	LAB	Emission Spectra Lab
30	F 6/19	1.9a	Periodic Table Intro & Zeff (SC)		1.9 Worked out Problems
31		1.9b	Periodic Trends: Atomic Radius (SC)
32		1.10a	Ionization Energy (SC)	More trends (all)	1.10 Worked Out Problems
33		1.10b	Electron Affinity (SC)
34	M 6/22		Exam 1
35	T 6/23	2.1a	Introduction to Gases (sc)
36		2.1b	Ideal Gas law (sc)
37		2.2	Gas Law Calculations (SC)	Gas law Calculations (online)
38	W 6/24	LAB	R determination Lab
39	R 6/25	2.3a	Gas Mixtures and Daltons Law (sc)
40		2.3b	Van Der Waals eqn (sc)
41		2.4	Kinetic Molecular Theory	Kinetic Molecular Theory (online)
42	F 6/26	LAB	BL- Daltons Law Lab
43	M 6/29	2.5	Molecules Introduction
44		2.5a	naming simple compounds pt1 (sc)	Naming Compounds Text
45		2.5b/2.6a	Naming compounds pt 2 (sc)
46		2.6b	Molecular Weight and Mass Percent (sc)
47		2.6c	Empirical and Molecular Formula Determination(sc)
48	T 6/30	2.7	Bonding Introduction (sc)
49	W 7/1	Lab	Zinc Iodide Lab
50	R 76/2	Lab	Sugar in Soda Lab
51	F 7/3	2.8	Electronegativity and Bond Properties (sc)
52	M 7/6	2.9a	Drawing Lewis Structures(SC)
53		2.9b	Resonance (SC)
54		2.10a	formal charge (SC)
55		2.10b	Octet Rule exceptions(SC)
56	T 7/7		Exam 2
57	W 7/8	LAB	Spectrocopy Virtual Lab
58	R 7/9	3.1	Electron Domain Geometry (SC)
59		3.2a	Valence Bond Theory, Hybridization (SCnot Ott)	Understanding hybridization (SC)
60		3.2b	multiple covalent bonds (NO screencast)
61	F 7/10	3.3a	Molecular Geometry (SC not Ott)	4.6
62		3.3b	Dipole moment (SC)
63	M 7/13	LAB	Model Lab
64		3.4a	Chemical Equations: Balancing (SC)	Chemical reactions (text)
65		3.4b	Chemical Reaction Types (SC)
66		3.5a	Introduction to Aqueous Solutions(SC)
67		3.5b	Solubility Rules and Precipitation Reactions (SC)
68	W 7/15	LAB	Gravimetric Analysis of Arsenic Lab
69	R 7/16	3.6a	Acid base Nuetralization (SC)	Types of aqueous rxns (text)
70		3.6b	REDOX rxns (SC)
71		3.7a	Stochiometry (SC)	Stochiometry (txt)
72		3.7b	Aqueous Stoichiometry (SC)
73	F 7/17	3.8	Limiting reagents (SC)	Limiting reagents (text)
74	M 7/20	3.9a	Energy of reactions (SC)	Energy of rxns(Text)
75		3.9b	Enthalpy of formation (SC)	Enthalpy of Formation(text)
76		3.10a	Calorimetry pt 1 (SC)	Calorimetry (text)
77		3.10b	Calorimetry pt 2 (SC)
78		3.10c	Calorimetry pt 3 (SC)
79	T 7/21	LAB	BL- Calorimetry Lab			...
80	W 7/22	LAB	Calorimetry 2 lab
81	R 7/23		Exam 3