Schedule

Online tutorials via Mastering Engineering (assignment number based on the week # associated with pre-reading)

Online homework via PrairieLearn (PL) (assignment number based on the week # on which HW is based)

Week	Day	Date	Class	Reference Material	Computer Quiz	Discussion Sections	Homework Due	Written Assignment
1	M	Jan 15	M.L.King Day (No lecture)		Quiz 0 (practice) in PrairieLearn	Discussion Introduction	PL Guide ME Tutorial 2 due Friday (1/19) PL HW 0 due Sunday (1/21)	WA1 WA Instructions
	W	Jan 17	Lecture 1 Introduction and general principles Pre-lecture Post-lecture	Chapter 1
	F	Jan 19	Lecture 2 Force vectors - Cartesian and unit vectors Pre-lecture Post-lecture	Chapter 2 Vectors help 1 Vectors help 2
2	M	Jan 22	Lecture 3 Position vectors, Force along line Pre-lecture Post-lecture	Chapter 2	Quiz 0 (practice) in PrairieLearn	Worksheet 2 Solution	PL HW 1 due Tuesday ME Tutorial 3 due Friday	WA1 due Thursday
	W	Jan 24	Lecture 4 Dot product; Projections; Cross product Pre-lecture Post-lecture	Chapter 2 Chapter 4 (cross product) Cross product help
	F	Jan 26	Lecture 5 Equilibrium of particle; FBD Pre-lecture Post-lecture	Chapter 3 Video 1 Video 2
3	M	Jan 29	Lecture 6 System of particles; 3D systems Pre-lecture Post-lecture	Chapter 3	Quiz 1 (Wed.-Fri.) Lectures 1- 4	Worksheet 3 Solution	PL HW 2 due Tuesday ME Tutorial 4 due Friday
	W	Jan 31	Lecture 7 Moment of a force Pre-lecture Post-lecture	Chapter 4 Video help Video
	F	Feb 2	Lecture 8 Moment about a specified axis Pre-lecture Post-lecture	Chapter 4 Force couples - video Moment vector - video
4	M	Feb 5	Lecture 9 Couples Pre-lecture Post-lecture	Chapter 4 ES Video	Quiz 2 (Wed.-Fri.) Lectures 5-9	Worksheet 4 Solution	PL HW 3 due Tuesday ME Tutorial 5 due Friday	WA2 WA Instructions
	W	Feb 7	Lecture 10 Equivalent systems Pre-lecture Post-lecture	Chapter 4
	F	Feb 9	Lecture 11 Equivalent systems, Reduction of a distributed loading Pre-lecture Post-lecture	Chapter 4
5	M	Feb 12	Lecture 12 Equilibrium of rigid body - FBD Pre-lecture Post-lecture	Chapter 5		Worksheet 5 Solution	PL HW 4 due Tuesday ME Tutorial 6 due Friday	WA 2 due Thursday
	W	Feb 14	Lecture 13 2D support reactions Pre-lecture Post-lecture	Chapter 5
	F	Feb 16	Lecture 14 Two and Three-Force Members, Constraints Pre-lecture Post-lecture	Chapter 5
6	M	Feb 19	Lecture 15 Structural Analysis - Method of Joints Pre-lecture Post-lecture	Chapter 6 Pre-Lecture Chap 6 Slides	Quiz 3 (Wed.-Fri.) Lectures 10-14 note that lecture material always builds on earlier fundamental concepts	Worksheet 6 Solution	PL HW 5 due Tuesday ME Tutorial 7 due Monday (2/26)	WA3 WA Instructions
	W	Feb 21	Lecture 16 Method of Joints, Zero-Force Members Pre-lecture Post-lecture	Chapter 6
	F	Feb 23	Lecture 17 Method of Sections Pre-lecture Post-lecture	Chapter 6
7	M	Feb 26	Lecture 18 Frames and Machines Pre-lecture Post-lecture Video	Chapter 6		Worksheet 7 Solution (Extra Credit: CBTF Concept Inventory 1)	PL HW 6 due Tuesday ME Tutorial 8 due Monday (3/5)	WA 3 due Thursday
	W	Feb 28	Lecture 19 Frames and Machines Pre-lecture Post-lecture	Chapter 6 Frames 1 Frames 2 Frames 3
	F	Mar 2	Lecture 20 Internal Forces Pre-lecture Post-lecture	Chapter 7 Pre-Lecture Chap 7 Slides
8	M	Mar 5	Lecture 21 Shear Force and Bending Moment Diagrams Pre-lecture Post-lecture	Chapter 7	Quiz 4 (Wed.-Fri.) Lectures up thru 19 note that lecture material always builds on earlier fundamental concepts	Worksheet 8 Solution Early Feedback	PL HW 7 due Tuesday ME Tutorial 9 due Monday (3/12)
	W	Mar 7	Lecture 22 Shear Force and Bending Moment Diagrams Pre-lecture Post-lecture no video	Chapter 7
	F	Mar 9	EOH (no class)
9	M	Mar 12	Lecture 23 Relationships between w, V, M Pre-lecture Post-lecture	Chapter 7	Quiz 5 (Wed.-Fri.) Lectures up thru 22 note that lecture material always builds on earlier fundamental concepts	Worksheet 9 Solution	PL HW 8 due Tuesday ME Tutorial 11 due Monday (3/26)	WA4 WA Instructions
	W	Mar 14	Lecture 24 Relationships between w, V, M Pre-lecture Post-lecture	Chapter 7
	F	Mar 16	Lecture 25 Friction Pre-lecture Post-lecture	Chapter 8 Pre-Lecture Chap 8 Slides
10	M	Mar 19	Spring Break - No class
	W	Mar 21
	F	Mar 23
11	M	Mar 26	Lecture 26 Friction Pre-lecture Post-lecture	Chapter 8		Worksheet 10 Solution	ME Tutorial 12 for TAM 211 due Monday (4/2)	WA 4 due Thursday
	W	Mar 28	Lecture 27 Friction Pre-lecture Post-lecture	Chapter 8
	F	Mar 30	Lecture 28 Review Last TAM 210 Lecture Pre & Post-lecture (same slides)	Chapters 1-8
12	M	Apr 2	Lecture 29 Center of Gravity and Centroid Pre-lecture Post-lecture	Chapter 9 Pre-Lecture Chap 9 Slides	Exam Thurs, 5 Apr. 7-9 pm 100 MSEB (210 students) 100 Noyes Lab (211 students)	Attendance taken for TAM 211, no worksheet, TA/CA answer questions on exam (Extra Credit: Concept Inventory 2 @ CBTF )	PL HW 9/11 for all students due Monday ME Tutorial 13 for TAM 211 due Monday (4/9)	WA5 WA Instructions
	W	Apr 4	Lecture 30 ~~Center of Gravity/Composite Areas~~ Class cancelled (study for exam)	Chapter 9
	F	Apr 6	Lecture 31 Composite Areas Pre-lecture Post-lecture	Chapter 9
13	M	Apr 9	Lecture 32 Parallel Axis/Moment of Inertia Pre-lecture Post-lecture	Chapter 10 Pre-Lecture Chap 10 Slides		Worksheet 12 Solution	PL HW 12 for TAM 211 due Tuesday ME Tutorial 14 due Monday (4/16)	WA 5 due Thursday
	W	Apr 11	Lecture 33 Class cancelled
	F	Apr 13	Lecture 34 Parallel Axis/Moment of Inertia Pre-lecture Post-lecture	Chapter 10/5
14	M	Apr 16	Lecture 35 3D Rigid Body Pre-lecture Post-lecture	Chapter 5		Worksheet 13 Solution	PL HW 13 due Tuesday ME Tutorial 15 due Monday (4/23)
	W	Apr 18	Lecture 36 3D Rigid Body/Fluid Pressure Pre-lecture Post-lecture	Chapter 9 Pre-lecture Chap 9.5 slides
	F	Apr 20	Lecture 37 Fluid pressure Pre-lecture Post-lecture	Chapter 9
15	M	Apr 23	Lecture 38 Fluid Pressure Pre-lecture Post-lecture	Chapter 9	Quiz 6 (Wed.-Fri.) (CoG thru 3D Rigid Bodies: Lectures 29-36)	Worksheet 14 Solution	PL HW 14 due Tuesday	WA6 WA Instructions
	W	Apr 25	Lecture 39 Fluid pressure/Virtual Work Pre-lecture Post-lecture	Chapter 11 Pre-Lecture Chap 11 Slides
	F	Apr 27	Lecture 40 Virtual Work Pre-lecture Post-lecture	Chapter 11
16	M	Apr 30	Lecture 41 Virtual Work Pre-lecture Post-lecture	Chapter 11		Worksheet 15 Solution	PL HW 15 due Tuesday	WA 6 due Wednesday (note DAY)
16	W	May 2	Lecture 42 Review - includes links to some great videos that help tie some of the concepts of this course together Last class Post-lecture			Worksheet 15 Solution	PL HW 15 due Tuesday	WA 6 due Wednesday (note DAY)
		May 3-8			Quiz 7 (Thurs-Tues) (Fluid Pressure - Virtual Work)

TAM 210/11: Statics