PHYS 2211 A–E — Tentative Course Schedule

Date			Topic	Reading	Notes
Jan	8	Mon	Introduction & Course Policies	Website
	10	Wed	Motion Diagrams	1.1–5
	12	Fri	Using Motion Diagrams	1.6–9
	15	Mon	Holiday
	17	Wed	1-D Uniform Motion	2.1–4
	19	Fri	Acceleration	2.5, 2.8
	22	Mon	Free Fall & Inclined Planes	2.6–7
	24	Wed	Vectors, Vector Algebra	3.1–4
	26	Fri	Forces	4.1–4
	29	Mon	Newton's Laws	4.5–7	Quiz #1 Ch 1–3
	31	Wed	Equilibrium	5.1–2
Feb	2	Fri	Mass & Weight	5.3
	5	Mon	Friction	5.4
	7	Wed	Drag, Using Newton's 2nd Law	5.5–6
	9	Fri	2-D Force & Motion	6.1–2
	12	Mon	Projectile Motion	6.3	Quiz #2 Ch 4–5
	14	Wed	Relative Motion	6.4
	16	Fri	No Class Meeting		Progress Reports
	19	Mon	Uniform Circular Motion	7.1–2
	21	Wed	Dynamics of Circular Motion	7.3
	23	Fri	Orbits, Non-Uniform Circular Motion	7.4–6
	26	Mon	Universal Gravitation Force	12.1–4
	28	Wed	Simple Harmonic Motion Dynamics	14.1–2, 4
Mar	2	Fri	Vertical Oscillations, Simple Pendulums	14.5–6	Drop Day
	5	Mon	Action/Reaction Force Pairs	8.1–2	Quiz #3 Ch 6–7, 12, 14
	7	Wed	Newton's 3rd Law	8.3
	9	Fri	Interacting Systems	8.4
	12	Mon	Momentum & Impulse	9.1–2
	14	Wed	Momentum Conservation	9.3
	16	Fri	Inelastic Collisions	9.4–6
19–23		M–F	Spring Break
	26	Mon	Kinetic Energy & Energy Conservation	10.1–3
	28	Wed	Elastic Potential Energy, Simple Harmonic Motion	10.4–5, 14.3
	30	Fri	Work & Kinetic Energy	11.1–2
Apr	2	Mon	Work & Force	11.3–4	Quiz #4 Ch 8–9
	4	Wed	Universal Gravitation Potential Energy	12.5–6
	6	Fri	Elastic Collisions	10.6
	9	Mon	Energy Diagrams	10.7
	11	Wed	Work & Potential Energy	11.5–6
	13	Fri	Work & Nonconservative Forces, Power	11.7–9
	16	Mon	Rotational Kinematics	13.1–2	Quiz #5 Ch 10–11, 12, 14
	18	Wed	Rotational Dynamics	13.3–5
	20	Fri	Static Equilibrium	13.6
	23	Mon	Rotational Energy, Rolling	13.7–8
	25	Wed	Angular Momentum	9.7, 13.9–10
	27	Fri	Concepts Diagnostic
			Final Exam Date and Time to be Announced		Comprehensive