Physics 1110 Fall 2006 Calendar
Reading and problem assignments are due on the date indicated by the row
Calendar subject to change throughout semester — return frequently to view updates
Wk	Day	Date	Lec	CH	Read	Main Topic		D	Problem Assignments Due
1	M	28-Aug	1			Intro Phy 1110, Motion diagrams			Read preface & Introduction
	W	30-Aug	2	1	1.0-1.5	Motion, position, velocity, acceleration
	F	1-Sep	3	1	1.5-1.8	Motion diagrams and vectors
2	M	4-Sep	Labor Day
	W	6-Sep	4	1	1.8-1.9	Dimensions and significant figures			HW 1 Due
	F	8-Sep	5	2	2.0-2.4	Graphing motion, position and velocity
3	M	11-Sep	6	2	2.5-2.8	Acceleration
	W	13-Sep	7	2	2.0-2.8	Problem solving			HW 2 Due
	F	15-Sep	8	2,3	2.5-3.2	More problem solving, scalars, and vectors
4	M	18-Sep	9	3	3.2-3.4	Vector Math
	W	20-Sep	10	3,4	3.4-4.2	Vectors and Forces			Refer to recitation link
	F	22-Sep	11	4	4.3-4.6	Newton's 2nd and 1st law
5	M	25-Sep	12	4	4.5-4.7	Problem solving
	T	26-Sep			In-term Exam 1 — 7:30 PM - 9:15 PM
	W	27-Sep	13	5	5.0-5.3	Equilibrium, mass, and weight
	F	29-Sep	14	5	5.4-5.5	Friction and drag
6	M	2-Oct	15	5	5.0-5.6	Problem solving
	W	4-Oct	16	6	6.0-6.3	Two-dimensional motion
	F	6-Oct	17	6	6.4	Relative motion and problem solving
7	M	9-Oct	18	7	7.0-7.4	Circular motion
	W	11-Oct	19	7	7.5-7.6	Centripetal force, nonuniform circular motion
	F	13-Oct	20	7	7.5-7.6	Problem solving
8	M	16-Oct	21	8	8.0-8.3	Newton's 3rd law
	W	18-Oct	22	8	8.4-8.5	Ropes and pulleys
	F	20-Oct	23	8	8.0-8.5	Problem solving
9	M	23-Oct	24	9	p234-238	9.0-9.3, Conservation Laws and momentum
	T	24-Oct			In-term Exam 2 — 7:30 PM - 9:15 PM
	W	25-Oct	25	9	9.4-9.7	Linear and angular momentum conservation
	F	27-Oct	26	10	10.0-10.3	Energy, potential energy
10	M	30-Oct	27	10	10.4-10.6	Hooke's law
	W	1-Nov	28	10,11	10.7-11.2	Energy and work
	F	3-Nov	29	11	11.3-11.7	Force, work, and potential energy
11	M	6-Nov	30	11	11.8-11.9	Energy conservation and power
	W	8-Nov	31	12	pp238-342	12.0-12.3 Newton's theory of gravity
	F	10-Nov	32	12	12.4-12.6	Gravitational force, satellites
12	M	13-Nov	33	13	13.0-13.3	Rotational motion
	W	15-Nov	34	13	13.4-13.6	Rotational dynamics
	F	17-Nov	35	13	13.7-13.10	Vectors and rotation
13	M	20-Nov	Fall Break & Thanksgiving
	W	22-Nov
	F	24-Nov
	M	27-Nov	36	13,14	14.0-14.3	Rotation problem solving, intro to oscillations
14	T	28-Nov	In-term Exam 3 7:30 - 9:15 PM
	W	29-Nov	37	14	14.4-14.6	Simple harmonic motion
	F	1-Dec	38	14	14.7-14.8	Resonance, damping and forced oscillation
15	M	4-Dec	39	16	16.0-16.4	Matter and temperature
	W	6-Dec	40	16	16.5-16.6	Ideal gas processes
	F	8-Dec	41	17	17.0-17.3	Work, heat, and energy
16	M	11-Dec	42	17	17.4-17.7	1st law of thermodynamics, properties of matter
	W	13-Dec	43	18	18.0-18.4	Ideal gases
	F	15-Dec	44	18	18.5-18.6	2nd law of thermodynamics, entropy
	T	19-Dec		Final Exam — 7:30 PM - 10:00 PM