TAM 210/11: Statics

Online homework via PrairieLearn (PL)
Supplementary recordings archive: Video help

Week Day Date Class

Supplement Material (Hibbeler 14th edition)

Quiz Discussion Sections Homework Due
1 M Aug 23

Lecture 1
Introduction

(Chapter 1) No Quiz

Introduction

PL Tips

  Aug 25

Lecture 2
Cartesian vectors; unit vectors

(2.1-2.6)
Vectors help

F Aug 27

Lecture 3
Position vectors; vector directed along a line

2 M Aug 30

Lecture 4
Vector operations

(2.9, 4.2) No Quiz

Worksheet 2

Solution
Python Solution

HW 1A
due Wed

W Sep 1

Lecture 5
Equilibrium of a particle; FBD

(3.1-3.3)
Video 1
Video 2

F Sep 3

Lecture 6
System of particles equilibrium

(3.4)
3 M Sep 6

Labor Day - No Class

  Quiz 1
 

Worksheet 3

Solution

HW 1B
due Wed

W Sep 8

Lecture 7
Examples of system at equilibrium

 
F Sep 10

Lecture 8
Moment from a force

 

4 M Sep 13

Lecture 9
Couple moment

(4.1-4.4)
Moment - video
Moment vector - video

Optional Quiz 1 Retry

Worksheet 4

Python Solution

HW 2A
due Wed

W Sep 15

Lecture 10
Moment about a specified axis

(4.6)
Force couples - video

F Sep 17

Lecture 11
Equivalent systems

(4.7)
ES Video

5 M Sep 20

Lecture 12
Reduction of a distributed loading

(4.5-4.8)

Quiz 2

Worksheet 5

Solution

 

HW 2B
due Wed

W Sep 22

Lecture 13
Reduction of a distributed loading

(4.9)
F Sep 24

Lecture 14
Equilibrium of rigid body - 2D reactions

(4.9)
6 M Sep 27

Lecture 15
Equilibrium of rigid body - FBD

(5.1-5.2) Optional Quiz 2 Retry

Early Feedback

Worksheet 6

Solution

Python Solution

HW 3A
due Wed

W Sep 29

Lecture 16
Equilibrium of rigid body 

(5.3)
F Oct 1

Lecture 17
Equilibrium of rigid body - 3D reactions

(5.5)
7 M Oct 4

Lecture 18
3D Rigid body equilibrium - Examples

(5.6) Quiz 3

Worksheet 7

Solution

Python Solution

HW 3B
due Wed

W Oct 6

Lecture 19
Two-force members

(5.4)
F Oct 8

Lecture 20
Truss analysis: Method of Joints
Zero force members

(6.3)

8 M Oct 11

Lecture 21
Truss analysis: Method of Sections

(6.4) Optional Quiz 3 Retry

 

Worksheet 8

Solution

HW 4A
due Wed

W Oct 13

Lecture 22
Frames & Machines

(6.6)
Frames video 1
Frames video 2
Frames video 3

F Oct 15

Lecture 23
Internal forces

(7.1)
9 M Oct 18

Lecture 24
Shear Force and Bending Moment Diagrams

(7.2) Quiz 4

Worksheet 9

HW 4B
due Wed

W Oct 20

Lecture 25
Shear Force and Bending Moment Diagrams

(7.2)
F Oct 22

Lecture 26
Relationships between w, V, M

(7.3)
10 M Oct 25

Lecture 27
Relationships between w, V, M

(7.3) Optional Quiz 4 Retry

Worksheet 10

HW 4C
due Wed

W Oct 27

Lecture 28
Friction

(8.2)
F Oct 29

Lecture 29
Friction
Last TAM 210 Lecture

(8.2)
11 M Nov 1

Lecture 30
Q&A

 

No quiz

Worksheet 11

HW 4D
due Wed

W Nov 3

Lecture 31
Center of gravity & Centroid

(9.1-9.2)
F Nov 5

Lecture 32
Composite area centroid

(9.2)
12 M Nov 8

Lecture 33
Fluid pressure

(9.5)

Cumulative Exam
(Wed-Fri)

Worksheet 12

HW 5A
due Wed
(TAM 211 only)

W Nov 10

Lecture 34
Fluid pressure

(9.5)
F Nov 12

Lecture 35
Fluid pressure

(9.5)
13 M Nov 15

Lecture 36
Moment of Inertia

(10.1) Quiz 5
(TAM 211 only)
Worksheet 13

HW 5B
due Wed
(TAM 211 only)

W Nov 17

Lecture 37
Moment of Inertia

(10.2-10.4)
F Nov 19

No Class

 
14 M Nov 22 Thanksgiving Break -
No class
       
W Nov 24  
F Nov 26  
15 M Nov 29

Lecture 38
Parallel Axis Theorm

  Optional Quiz 5 Retry

Worksheet 14

HW 6A
due Wed
(TAM 211 only)

W Dec 1

Lecture 39
Virtual Work

(11.1)
F Dec 3

Lecture 40
Virtual Work

(11.2)
16 M Dec 6

Lecture 41
Virtual Work

(11.3) Quiz 6  

HW 6B
due Wed
(TAM 211 only)

W Dec 8

Lecture 42
Q&A