Devry University
North Brunswick, New Jersey
PHONE: (732) 435-4880 Ext:3916
FAX: (732) 435-4861
E-Mail: dchelst@nj.devry.edu
Course Materials On the Web: www.devryu.net, www.chelst.com www.nj.devry.edu/~dchelst

Course Syllabus Physics 215: Summer 2006

Course: College Physics I with Lab
Instructor: Dr. Dov Chelst
Course Number: Phys 215
Contact Hrs: 4-2
Prerequisite: Math 216 (Calculus I)
Credit Hrs: 4

Office Hours in Room 916: Monday, Tuesday & Wednesday 12:05-12:55pm

1. Course Overview

This course covers the basic laws of mechanics. Laboratory experience is used to reinforce the concepts presented in this course.

2. Course Terminal Objectives (CTO's)

After completion of this course, students will be able to solve problems dealing with linear motion, motion in two dimensions, Newton's laws, work-energy theorem, impulse-linear momentum theorem, rotational motion, gravitational forces, and possibly simple harmonic motion and fluids.

3. MAIN TOPICS

  1. Units - Linear Motion
  2. Motion in Two Dimensions
  3. Newton's Laws of Motion
  4. Work-Energy Theorem; Conservation of Energy; Power
  5. Impulse and Linear Momentum; Conservation of Linear Momentum; Collisions
  6. Rotational Motion
  7. Simple Harmonic Motion
  8. Gravitational Force; Gravitational Potential
  9. Fluids

4. Textbook

D. Giancoli, Physics for Scientists and Engineers, 3rd ed., Prentice Hall.

Additional texts:

5. HOMEWORK & QUIZZES
All textbook exercises will be posted on eCollege. Check the page at least once a week for the latest information about quizzes, homework, and exams. These exercises (roughly 10 problems) will be assigned daily.

There will be short weekly quizzes (15-20 minutes) during the semester. Quiz problems will closely resemble homework problems of moderate difficulty. The lowest quiz grade(s) will be dropped. Up to two quizzes may be taken late subject to the following two rules:

6. EXAMS
There will be 3 major exams during the semester (week 5, 10, and 15). Make-up exams will not be allowed unless the instructor is notified in advance and a valid written excuse is provided. Any indication that a student did not act swiftly to explain a missed exam, will disqualify him/her from receiving a make-up.

7a. ACADEMIC INTEGRITY
Students are expected to behave in a manner that maintains the honesty and integrity of the classroom. Consequently, students should not attempt to gain an advantage by lying to the instructor. Students must refrain from all attempts to benefit unfairly from another student's work. While students are encouraged to discuss homework problems and course material together, they must share only ideas. The following examples illustrate what constitutes academic dishonesty:

There will be NO FURTHER WARNINGS regarding this issue. Students who do not follow these guidelines may incur a severe penalty that may include: no credit on a particular assignment, failing the course, and dismissal from DeVry (at the discretion of the appropriate deans). While the reasons for this policy appear obvious, I would be happy to discuss/clarify this issue with any concerned student BEFORE an actual problem arises.

7. POLICIES
All school policies will be followed in the class.

GRADING

FINAL GRADE Lecture Grade: 80%
Laboratory Grade: 20%
MINIMUM PASSING
GRADE
Lecture: 60%
Laboratory: 60%

The final grade will be
determined as follows:

LECTURE GRADE
Quizzes 25%
Exam 1 25%
Exam 2 25%
Exam 3 25%
LAB GRADE
Lab Experiments 72%
Lab Participation ("One-line" quizzes) 12%
Formal Lab 16%
90 and above A
80-89 pts. B
70-79 pts. C
60-69 pts. D
Below 60 pts. F

LABORATORY

  1. The students will work in groups of two. Each group will conduct one experiment per week, starting the second week of the semester, for a total of twelve experiments. Each completed experiment will be worth a maximum of four points. In addition, each student will write a lab report every other week. Each report is due at the next lab session and will be worth a maximum of four points. Late reports will lose two points per week. Lab experiments cannot be repeated or performed at a later date. Any conflicts should be discussed with the instructor.
  2. Each student will work on a formal lab on any of the topics covered in lecture. The formal lab project will count as 16% of the student's lab grade. The requirements of the lab project will become clearer in the ensuing weeks.
  3. Full participation during the laboratory sessions will contribute 12% to the lab grade.
  4. Each lab report should contain the following:
    1. Cover Page
    2. Purpose
    3. Introduction & Procedure
    4. Complete Instructor's signed table of data and results.
    5. Sample calculations including relevant graphs
    6. Conclusion

10. KEYS TO SUCCESS