ENGR 201: STATICS
Fall 2009
ASSIGNMENT SHEET
Instructor: Dr. Joel K. Ness,
Office 260-M Upson II (in the Civil Engineering Dept.)
Office Hours: M W F 10 -12 AM, Tu Th 8-12 AM or by appointment.
Phone: 701-777-6149
FAX: 701-777-2271
E-mail: joel.ness@und.nodak.edu
Website: http://acmech.me.und.nodak.edu/Class.html
Lecture: On campus - MWF, 8 AM, Harrington 324
Text: Engineering Mechanics - Statics (12th Ed.)
Authors: R. C. Hibbeler
Publisher: Prentice Hall
All Homework assigned during a week is due Friday the following week.
The Lecture Notes are accessible by following the links below as they are made available.
As time allows, selected Homework and Exam Solutions are accessible by doing the same.
Note: For the Exams you are allowed a 8.5" by 11" formula sheet. The sheet can contain any useful
formulas from the text and my notes but NO worked out problems of any sort.
LECTURE SCHEDULE:
Student Work Examples
Period
Date
Day
Chapter
Lecture 1
8/26
W
2.1-3
Lecture 2
8/28
F
2.4
Topics
Introduction
Vectors
Mimeo from Aug 26 , Mimeo from Aug 28
The current weeks homework is due the following Friday unless otherwise noted.
Problems assigned on 8/26 and 8/28 are due on 9/4. Submit this homework as a "set". This would be
HW # 1. Follow this example throughout the semester.
On-campus students please staple your homework and distance students submit your homework as a
single .pdf file with pages numbered 1/4, 2/4,....4/4 for example.
Lecture 3
8/31
M
2.5-6
Vectors
Lecture 4
9/2
W
2.7-9
Vectors
Lecture 5
9/4
F
3.1-3
Equilibrium(Quiz)
Problems assigned on 8/31, 9/2 and 9/4 are due on 9/11. This would be HW #2.
-
9/7
M
No Class
Labor Day
Lecture 6
9/9
W
3.1-3
Equilibrium
Lecture 7
9/11
F
3.4
Equilibrium (Quiz)
Equilibruim
Problems assigned on 9/9 and 9/11 are due on 9/18
Lecture 8
9/14
M
3.4
Lecture 9
9/16
W
4.1-4
Moment of a Force
Lecture 10
9/18
F
4.1-4
Moment of a Force (Quiz)
Problems assigned on 9/14, 9/16 and 9/18 are due on 9/25.
Lecture 11
9/21
M
4.5
Moment of a Force
Lecture 12
9/23
W
4.6
Moment of a Couple
Lecture 13
9/25
F
Exam 1
Chapters 2, 3, and 4.1-4.4 (7:30am-8:45)
Problems assigned on 9/21 and 9/23 are due on 10/2
Lecture 14
9/28
M
4.7
Force and Couple System
Lecture 15
9/30
W
4.8-9
Force and Couple System
-
10/2
F
4-10
Distributed Loading(Quiz)
Problems assigned on 9/28, 9/30 and 10/2 are due on 10/9
Lecture 16
10/5
M
5.1-4
Equilibrium of Rigid Bodies
Lecture 17
10/7
W
5.1-4
Equilibrium of Rigid Bodies
Lecture 18
10/9
F
5.5-7
Equilibrium of Rigid Bodies(Quiz)
Problems assigned on 10/5, 10/7 and 10/9 are due on 10/16
Lecture 19
10/12
M
5.5-7
Equilibrium of Rigid Bodies
Lecture 20
10/14
W
6.1-3
Structures
Lecture 21
10/16
F
6.4
Structures(Quiz)
Problems assigned on 10/12, 10/14 and 10/16 are due on 10/23
Lecture 22
10/19
M
6.6
Frames and Machines
Lecture 23
10/21
W
-
Frames and Machines
Lecture 24
10/23
F
-
Frames and Machines (Quiz)
Problems assigned on 10/19, 10/21 and 10/23 are due on 10/30
Lecture 25
10/26
M
7.1
Internal Forces
Lecture 26
10/28
W
7.2
Internal Forces
-
10/30
F
Exam 2
Chapters 4.5-6.4 (7:30am-8:45)
Problems assigned on 10/26 and 10/28 are due on 11/6
Lecture 27
11/2
M
8.1-2
Friction
Lecture 28
11/4
W
8.3-4
Friction
Lecture 29
11/6
F
8.5
Friction (Quiz)
Problems assigned on 11/2, 11/4 and 11/6 are due on 11/13
Lecture 30
11/9
M
8.6-7
Friction
-
11/11
W
No Class
Veterans Day
Lecture 31
11/13
F
8.6.7
Friction (Quiz)
Problems assigned on 11/9 and 11/13 are due on 11/20
Lecture 32
11/16
M
9.1
Center of Gravity and Centroids
Lecture 33
11/18
W
9.2
Composite Bodies
Lecture 34
11/20
F
9.2
Center of Gravity and Centroids(Quiz)
Problems assigned on 11/16, 11/18 and 11/20 are due on 11/25
Lecture 35
11/23
M
9.3
Lecture 36
11/25
W
10.1-3
-
11/27
F
No Class
Center of Gravity and Centroids
Moments of Inertia
Thanksgiving
Problems assigned on 11/23 and 11/25 are due on 12/4.
Lecture 37
11/30
M
10.4
Moments of Inertia
Lecture 38
12/2
W
10.4
Moments of Inertia
-
12/4
F
Exam 3
Chapters 8-9 (7:30am-8:45)
Chapter 10 problems will not be collected. However, one or two similar problems will appear on the
FINAL
Lecture 39
12/7
M
10.8
Moments of Inertia
Lecture 40
12/9
W
10.8
Moments of Inertia
-
12/11
F
-
Reading and Review Day
Final Exam: 8:00 a.m. Wednesday December 16, 2009 in Harrington
324.