Prerequisites (top)
Physics I (for scientists and engineers), Calculus II
Texts (top)
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"Vector Mechanics for Engineers: Statics", by Beer, and Johnston,
McGraw-Hill, 1996.
Goals (top)
Upon completion of the course, engineering students will be able to
solve problems relating to static structural systems, including:
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equilibrium
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structural analysis, and
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geometric properties of structural members.
Learning Activities (top)
Learning activities help students meet the course goals. The
learning activities are preparation, listening and discussing, and practice.
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By preparation, I mean reading technical information before class,
primarily by reading assigned material. This activity provides students
with three benefits. First, students arrive in class with some introduction
to the material they are expected to learn. Second, assigned readings
often cover course topics with greater breadth and depth than can be covered
in class. Thus, student learn more. Finally, learning how to effectively
read technical information takes practice, just like learning how to play
a sport or musical instrument. Many of the students taking this class
will spend their careers creating and/or reading technical information.
By "struggling" through difficult readings in college, students are better
prepared for work.
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You will listen to some lecture, as this is an effective way to
transmit information; however, you are also expected to discuss
material with the instructor and fellow students.
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Finally, you will practice. This will be done in two ways:
working examples in class and for homework.
Evaluation Activities (top)
The evaluation activities used in this class are linked to the learning
activities.
- Quizzes: Quizzes are used to evaluate your preparation for class.
They occur before topics are covered in class and are based on knowledge gained
from assigned readings. My goal is for students to carefully read assigned
material. Students should not skim over or spend inordinate time
on the readings. To help students, I provide a Class
Preparation Guide. This guide identifies concepts, pictures,
figures, and tables in the readings that I particularly want you to understand.
IMPORTANT NOTE: When I design quizzes, I assume that each student has
carefully read the assigned material once, and used the study guide to identify
important items for further study. Quizzes are given twice: once
to individuals, then to small groups of students. This helps students
learn all of the topics covered on a given quiz and provides an opportunity
for discussion. When taking a group quiz, make sure that each student
in your group understands the questions and answers.
- Assigned Problems: Assigned problems are used to evaluate
all of the learning activities. Specifically, they help me evaluate
your ability to define and solve problems. Your work must be your own;
however, I encourage students to compare answers. If you discover
different answers, study each others work, then rework and discuss the problem
until you agree on an answer (or agree to disagree). However, DO NOT COPY!.
A Homework Guide is provided which must be followed.
Please email, phone or stop by my office if--upon reviewing the text book
and class materials and discussing a problem with other students in the class--you
are unable to complete a problem.
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Exams: One semester exam and a final will be used to test
your ability to independently solve problems. These exams will be
closed book and notes. An equation sheet will be provided for study
purposes and for use while taking each exam.
Grading (top)
Grades in the course will be based on the ten point scale (90-100
= A, 80-89 = B, etc.). Depending upon class performance, the scale
may be adjusted down, e.g., an 89 might be an A. Points will be awarded
according to the following percentages:
Quizzes
|
25 %
|
Assigned Problems
|
25 %
|
Semester Exam
|
25 %
|
Comprehensive Final Exam
|
25 %
|
It is possible to change the distribution, with agreement of all students
in the class and myself.
Turning in work, Attendance (top)
To get full credit, you must have the correct answer and show appropriate
work. Assignments are due by the beginning of the designated
lecture period, unless otherwise indicated. Late assignments can
be turned in until solutions are posted, but will receive at least a 50
% grade reduction. Some problems may require the use of spreadsheets,
math solvers, computer models etc.. If you have ANY questions about
a graded assignment, you must talk to me about it within a week of my return
of the graded assignment to the class. Please work together on assignments,
but do not copy! Again, compare your answers before turning in homework!
Attendance will be part of your laboratory grade.
Disabilities (top)
Any student in this course who has a disability that may prevent him
or her from fully demonstrating his or her abilities should contact me
personally as soon as possible so that we can discuss accommodations necessary
to ensure full participation and facilitate your educational opportunity.
Academic Misconduct (top)
You are encouraged to work together on assignments. However,
copying is not acceptable. Copied assignments will receive a zero
grade. Cheating on a test will cause the student to receive a zero grade,
at a minimum. If you are to miss an assignment due date, exam, quiz,
field trip, or laboratory session you must have a valid excuse and notify
me prior to the event.
Professional Organization (top)
You are encouraged to join a professional organization. If you
join (show me your membership card) and attend three on campus meetings,
I will allow you to drop your lowest non-zero quiz grade. You must get
your professional organization to pass around a sign-up sheet; I must receive
a copy.
Readings and Tentative Quiz and Test Schedule,
Fall 1998 (top)
Reading or Exam
Chapter 1: Introduction (entire chapter)
Chapter 2: Statics of Particles (sections 1-15)
Chapter 3: Rigid Bodies, Equivalent Systems of Forces
(sections 1-20)
Chapter 4: Equilibrium of Rigid Bodies (sections 1-9)
Chapter 5: Distributed Forces: Centroids and Centers of
Gravity (sections 1-6,8,10-12)
Exam on Chapters 1, 11, 15, 2
Chapter 6: Analysis of Structures (sections 1-5,7,9-11)
Chapter 7: Forces in Beams and Cables (sections 1,3-5)
Chapter 9: Distributed Forces: Moments of Inertia
(sections 1-7,11-15)
Final (~Comprehensive) |
Tentative Quiz and Test Dates
No Quiz, material covered in class on September 8
Quiz on September 10
Quiz on September 15
Quiz on September 22
Quiz on September 29
Exam 1 on October 4
Quiz on October 6
No Quiz, material covered in class on October 11
Quiz on October 13
Final on October 20 |
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