Date	Day	Section	Topics	Instructor
JAN 6	T	1.1 - 1.9	Introduction	Chan/Reitze
JAN 8	R	2.1 - 2.4	Distance, Velocity, Acceleration	Chan
JAN 13	T	2.5 - 2.6	Motion with constant acceleration, free fall	Chan
JAN 15	R	3.1 - 3.2	Vectors	Chan
JAN 20	T	3.3 - 3.5	Motion in 2 D, Relative velocity	Chan
JAN 22	R	4.1 - 4.3	Force's, Newton's 1st and 2nd laws	Reitze
JAN 27	T	4.3 - 4.4	Newton's 2nd and 3rd laws	Reitze
JAN 29	R	4.5	Newton's laws applications	Reitze
FEB 3	T	4.6, 5.1 - 5.2	Friction, Work, Kinetic Energy	Reitze
FEB 5	R	5.3 - 5.4	Potential Energy	Reitze
FEB 10	T	5.5	Energy conservation	Reitze
FEB 12	R	5.6 - 5.7	Power, Work done by a varying force	Biswas
FEB 17	T		Review	Chan
FEB 18	W	Ch. 1-5.3	Exam 1	8:20 - 10:10 pm
FEB 19	R	6.1 - 6.2	Momentum, Impulse, Momentum conservation	Chan
FEB 24	T	6.3 - 6.4	Collisions	Chan
FEB 26	R	6.4 - 6.5	Collisions and Rocket Motion	Chan
MAR 3	T	7.1 - 7.3	Rotational motion	Chan
MAR 5	R	7.4 - 7.5	Centripetal acceleration	Chan
MAR 10	T		spring break	No class
MAR 12	R		spring break	No class
MAR 17	T	7.5, 8.1 - 8.3	Universal Law of Gravitation	Yelton
MAR 19	R	8.4 - 8.5	Torque, Angular acceleration, Equilibrium	Yelton
MAR 24	T	8.6 - 8.7	Rotational K. E., Angular momentum	Reitze
MAR 26	R	9.1 - 9.2	Properties of matter	Reitze
MAR 31	T		Review	Reitze
APR 2	R	9.3 - 9.5	Density, Pressure	Reitze
APR 2	R	Ch. 5-8	Exam 2	8:20 - 10:10 pm
APR 7	T	9.6 - 9.8	Archimedes' principle, Fluid dynamics	Reitze
APR 9	R	13.1 - 13.5	Simple Harmonic Motion	Chan
APR 14	T	13.7-13.8	Waves	Chan
APR 16	R	14.1-14.3, 14.6	Sound, Doppler effect	Chan
APR 21	T		Review	Reitze
APR 25	Sat		FINAL EXAM	10:00 am - 12:00 pm