PHYSICS 351: MECHANICS I

SYLLABUS*, Fall 2004

 

Alexios P. Polychronakos

 

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Instructor: Alexios Polychronakos, Room J312C, Marshak Science Building; (212) 6505536;

alexios@sci.ccny.cuny.edu

 

Office hours: Monday and Wednesday 11:00-12:00. If it is not possible for you to see me at these particular times, an appointment can be arranged on an as-needed basis. There is no guarantee that I can meet with you outside of my scheduled office hours. Call my office number or leave an email message.

 

Material to be covered: This course will provide an introduction to the basic notions and mathematical tools of mechanics, with emphasis on physical concepts and techniques that generalize beyond classical Newtonian mechanics.  Here is a tentative schedule.

 

Week of             Topic

08/30              Mathematical notions, Newton’s Law

09/08              Rectilinear particle motion, kinetic and potential energy

09/13              Velocity-dependent forces

09/20              Oscillations, harmonic motion

09/27              Damped oscillations, forced oscillations, nonlinear oscillations

10/04              Particle motion in 3 dimensions, separable motions, harmonic oscillations

10/11              Particle motion in electric and magnetic fields, constrained motion

10/18              Gravitational forces, Kepler’s laws

10/25              Conservation laws, central potentials

11/01              Stability, effective potentials, repulsive potentials

11/08              Dynamics of systems of particles, conservation laws

11/15              Two-body problems, reduced mass, three-body problems

11/22              Three-body problems

11/29              Collisions

12/06              Variable mass problems, rocket dynamics

12/13              Review, overview

 

The pace of the course will accelerate as we proceed; you are expected to develop your grasp of the concepts and math tools as we move, so that you be able to follow.

 

Textbook: Analytical Mechanics, G.R. Fowles and G.L. Cassiday, Thomson Brooks/Cole, 7th Edition; ISBN 0-534-49492-7.

 

Prerequisites: Knowledge of basic algebra and elementary calculus. Physics 20800 and Math 39100 are required or co-required. Take some time in the beginning of the course to review your math and study the fundamental concepts on vectors in the book.

 

Study plan:  You should attend lectures, solve problems as assigned or suggested in class and review the necessary material from the book or your notes. Do not fall behind, as this will compromise your understanding of material to come and may precipitate serious difficulty with the course. Ask questions! Ask me during class if anything is unclear, or whenever you have a puzzle or idea. If you have serious problems arrange to see me.

 

Attendance, Quizzes, Homework: No roll call will take place. Short pre-announced quizzes that will count towards your grade will sporadically be scheduled, to gauge your understanding of the material. There will be no mandatory homework for credit, but you are strongly advised to solve the assigned problems and follow the study plan as outlined above.

 

Class Behavior and Cheating: You are expected to act responsibly and follow the rules of the course as well as those of civility. This includes the courtesy of not talking, acting disruptively or engaging in extracurricular activities during lectures (reading newspapers, sleeping etc.) and of behaving to the lecturer and your fellow students politely. No food can be taken in the classroom, but I will allow drinking coffee or soft drinks (if not prohibited by University rule). Cheating in exams, quizzes or any other circumstance is grounds for failing the course and suffering severe academic consequences.

 

Exams: One Midterm exam and one comprehensive Final.

 

1.      Exam Structure: Exams are open book:  you are permitted to bring with you your books, notes, calculator, slide rule, abacus, ouija board or anything else you wish. Communication during the exam is strictly forbidden: no talking, exchanging material or calculators, wireless laptops, cell phones, sign language, ESP etc.

2.      Questions During Exams: If you do not understand what is being asked, raise your hand. Only clarifications will be provided, not hints on how to answer the question.

3.      Missing an Exam: If your absence is documented to be truly unavoidable, a make-up exam could be given which will be no easier than the regular exam.  It therefore behooves you to be there for the scheduled exams.

4.      Etiquette: Show up on time for the exam. Please take care of your needs beforehand and avoid the embarrassment of asking to use the bathroom during the exam.

 

Grades: Your grade will be based on a numerical score to be computed as follows: Quizzes 15%, Midterm 35%, Final 50%. No single exam will guarantee your passing the course, so you are strongly advised to participate in all of the above evaluations.

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*NOTE: All of the above is tentative and subject to change.  It is intended as a guide on how the course will be administered.  The instructor reserves the right to make changes during the semester as he sees fit.  Changes, if any, to the rules and to the schedule will be announced as they occur. It is the students’ responsibility to remain informed about the course and be alert of any changes or new information.