class	date	subjects	reading	cwr	prob	due	lab
01 M	Nov 28	Kinematic relationships, relative motion	1-2, 3.1	C-01	P-01a
02 W	30	Relative motion, dependent motion	3.1-3.2	C-02	P-01b
03 F	Dec 02	Normal and tangential coordinates	3.3.1-3.3.2	C-03	P-02a	P-01
04 M	05	Radial and transverse coordinates	3.3.3-3.3.4	C-04	P-02b
05 W	07	Impact, coefficient of restitution	3.4	C-05	P-02c
06 F	09	Impact	none	C-06	P-03a	P-02
07 M	12	Translation	4.1-4.2	C-07	P-03b
08 W	14	Optional problem session	none	C-08
09 F	16	Exam I (Le 1-7)				P-03a
10 M	19	Kinematics, fixed axis rotation	4.3.1-4.3.3	C-10	P-04a
		Christmas Break
11 W	Jan 04	Fixed axis rotation	none	C-11	P-04b
12 F	06	Fixed axis rotation	none	C-12	P-05a	P-04
13 M	09	Instantaneous centers	4.4.1-4.4.2	C-13	P-05b
14 W	11	Velocity - Vector Approach	none	C-14	P-05c
15 F	13	Energy examples	none	C-15	P-06a	P-05
16 M	16	Momentum examples	none	C-16	P-06b
17 W	18	Optional problem session	none			P-06
18 F	20	Exam II (Le 8-16)
19 M	23	Momentum examples	none	C-19	P-07a
20 W	25	Kinematics, acceleration	4.4.3	C-20	P-07b
21 F	27	Kinematics, linkages	none	C-21	P-08a	P-07
22 M	30	Kinetics	none	C-22	P-08b
23 W	Feb 01	Kinetics, rolling	none	C-23	P-08c
24 F	03	Kinetics, general plane motion	none	C-24	P-09a	P-08
25 M	06	Kinetics, general plane motion	none	C-25	P-09b
26 W	08	Rotating axes	4.5			P-09
27 F	10	Exam III (Le 19-25)
28 M	13	Rotating axes	none	C-28	P-10a
29 W	15	Optional problem session	none	C-29	P-10b
30 F	17	Review, evaluations	none	C-30		P-10
TOP

Prof. B. T. Burchett Last modified: 18 Nov 05