Date	Topic	Chapter	Assignments
8-26 W	Introduction, Scientific notation, Units	1	#1mini A
8-28 F	Motion: Position, Displacement, Velocity	2.1-2.2
8-31 M	Acceleration, Motion Along a Line with· Constant Acceleration	2.3-2.4	#1A, #1Mini (1)
9-2 W	Visualizing Motion Along a Line, Free Fall	2.5-2.6	#1Mini (2)
9-4 F	Vector Addition, Graphical and Mathematical	3.1-3.2
9-7 M	Velocity and Acceleration in a Plane	3.3-3.4	#2A, #1 (1)
9-9 W	Motion in a Plane wi Constant Acceleration, Reference Frames	3.5-3.6	#1(2)
9-11 F	Applying Newton's 2nd, Reference Frames	3.4-3.5
9-14 M	Force & Newton's 1st Law	4.1-4.2	#2(1)
9-16 W	Exam 1 Review		#2(2)
9-18 F	Exam 1	Ch 1-3
9-21 M	Newton's 2nd and 3rd Law	4.3-4.4	#3A
9-23 W	Gravitational forces, Contact forces	4.5-4.6
9-25 F	Tension, Applying Newton's 2nd Law	4.7-4.8
9-28 M	Uniform Circular Motion, Radial Acceleration	5.1-5.2	#4A, #3(1)
9-30 W	Circular Orbits, Non-uniform Circular Motion	5.4-5.5	#3(2)
10-2 F	Tangential and Angular Acceleration, Artificial Gravity	5.6-5.7
10-5 M	Conservation of Energy, Work by a Constant Force	6.1-6.2	#5A, #4(1)
10-7 W	Kinetic Energy and Gravitational Potential Energy	6.3-6.5	#4(2)
10--9 F	Work by Variable Forces, Elastic Potential Energy, Power	6.6-6.8
10-12 M	Exam 2 Review		#5(1)
10-14 W	Exam 2	Ch 4-6	#5(2) suggested
10-16 F	Mid Semester Break No
10-19 M	Momentum: Vector conservation law	7.1-7.2	#6A, #5 final
10-21 W	Impulse-Momentum Theorem, Conservation of Momentum	7.3-7.4
10-23 F	Center of Mass	7.5-7.6
10-26 M	Collisions in 1-and 2-D	7.7-7.8	#7A, #6(1)
10-28 W	Rotational Kinetic Energy, Inertia and Torque	8.1-8.3	#6(2)
10-30 F	sick
11-2 M	Rotational equilibrium	8.4	#8A, #7(1)
11-4 W	Equilibrium in the Human body, rotational form of newton's 2nd law	8.5-8.6	#7(2)
11-6 F	Motion of rolling objects, Angular momentum	8.7-8.8
11-9 M	States of matter, pressure, pascal's principle	9.1-9.4	#8(1)
11-11 W	Exam 3 Review		#8(2)
11-13F	Exam 3	Ch 7-8
11-16 M	Measuring Pressure and Archimedes principle	9.5-9.6	#9A
11-18W	Fluid Flow and the Bernouli equation	9.7-9.8
11-20 F	Simple Harmonic Motion	10.5-10.6
11-23-27-27	Thanksgiving Break --no classes
11-30 M	Pendulum and graphical analysis of SHM	10.7-10.8	#10A, #9(1)
12-2 W	Slinky Lab -physical description of a wave	11.2-11.3	#9(2)
12-4 F	Mathematical description of a wave	11.5-11.10
12-7 M	Sound waves & The Ear	12.1-4,12.6	#10(1)
12-9 W	Review		#10(2)
12-17 H	FINAL EXAM 8:30-11:30 a.m. Valentine 204	Ch 1-12
	course schedule is tentative, changes will be announced in class
	Key for assignments: #5A=Problem set #5 assigned
	#5(1)= #5 step (1) due,#5(2)=#5 step (2) due