Syllabus

Dynamics can be described as the study of the motions of bodies, along with the forces that accompany or cause these motions. We separate this discipline into two separate, but related, branches. Kinematics is strictly involved with the motion, i.e., considerations of space and time without regard to the forces that produce this motion. Kinetics, the complementary branch, deals with the relationship between force and motion. In a sense, kinematics describes the possible motion, or the allowable position, velocity, and accelerations. Kinetics, on the other hand, involves the specific motion undergone by a system when acted on by given forces.

Class Information

Fall 2014
I hope that you enjoy the class. In my opinion, Dynamics can be one of the most interesting and valuable classes that you will take as an engineering student (don't tell my other classes). However, its also one of the most challenging. If there is anything that I can do to help you please let me know.
Professor Dr. D. Dane Quinn (quinn@uakron.edu)
ASEC (North) 313b
330-972-6302
Lectures 4600:203-001 M,W,F 1:10-2:00pm; Olin 123A
4600:203-002 M,W,F 8:50-9:40am; Knight Che 321
Problem Session 4600:203-010 Tu 1:10-2:00pm; Olin 113
4600:203-020 F 1:10-2:00pm; Polsky 455
Office Hours tba
Text R. C. Hibbeler
Engineering Mechanics: Dynamics
13th edition, Pearson Prentice Hall, New Jersey, 2012
TA Shihao Wen, sw118@zips.uakron.edu
ASEC (North) 000

Grading

Homework:15 %
Quizzes:15 %
Exams:50 %
Final:20 %


Office Hours

Office hours will be held in the respective offices unless noted at some later time (if, say, the offices become overcrowded I'll try to find a new location). Office hours are an opportunity for you to get extra help, clarify a mistake, work problems, etc. However you must come prepared. Don't walk in and ask us to teach you ``stuff''. Come with specific problems to be worked or specific ideas you don't understand. If you can not make it to one of the scheduled office hours then feel free to drop by and if I have time I'll be glad to help you, but be prepared to schedule a convenient time for us both.

Homework

Homework will be collected during class and (hopefully) returned the following week. Please work neatly, show all necessary steps (I don't need to see that 2+2=4), and clearly denote your final answer. I view homework as the opportunity for you to learn the material covered in the lecture. As such, I feel that it is unrealistic for me to expect each of you to master the topics immediately (i.e., submitting a perfect homework). Therefore I feel that it is unfair for me to grade the homework as I would an exam, which is where you illustrate how much you have learned.

My resolution to this dilemma is to have the homework graded primarily on effort. Essentially, half of your grade comes from this alone, with the remaining half from your performance. Thus, realistically if you put forth a solid effort on the homework your grade will be relatively good. My balance in this leniency is provided by the weekly quizzes, which come directly from the homework and are graded as a exam.

Collaboration

You may work together on homework but any and all collaboration must be CLEARLY NOTED (this includes any sources used other than your text and own notes). In addition you must write up your own work.

Late Homework Policy

Late homework will be marked as follows:

Classes LatePercent Off
15 %
2+not accepted


Quizzes

Quizzes will be held weekly. Each will be composed of a single problem taken directly from the homework of the previous week. My goal is to motivate you to not only do the homework but to review the solutions once they are made available.

Exams and Final

There will be three exams during the semester. Each will be closed book but I will provide brief notes. Note: The final will be comprehensive.

Project


Outline

  1. Coordinates and Directions
  2. Kinematics
    [+]
  3. Kinetics
    [+]