MECHANICS
Homework
4 due exactly a week after 9-26
7 due 10-31: textbook: 2.24, 2.34, 6.1, 6.2, 6.7,
8 due 11-7: textbook: 6.3, 6.4, 6.6, 6.12, 7.1
10 due 11-21
Final Friday 21: 12:30-2:30
11 due 11-28
12. due 12-5: Textbook: Ch 7: 5,6*,10,13,14,25
*Alternative or extra credit if you solve both: 7.6 using
conservation laws: R=.1, m=0.2, M=4, alpha=12 degrees. Assume that the hoop
starts from rest at a hight of 0.4 as measured from its center of mass to the
horizontal surface. Find the speed of the hoop when its center of mass is at
0.2 from the horizontal surface. The inclined plane also started from rest.
13. Ch 7: 7, 12, 15, 26, 27
Office Hours
11:05-12:05 PM Thursday;
3:45 – 4:45 PM Friday
Thursday
Evaluation
Weekly Quiz 40%
Midterm 30%
Final 30%
Grade Cutoffs:
A = 94
A- = 90 C = 74
B+ = 87 C- =70
B = 84 D+ = 67
B- = 80 D = 64
C+ = 77 D- = 60 F < 60
Syllabus
The objectives:
Textbook:
* Classical Dynamics, Thornton and Marion, 5th edition, Thomson
Topics:
1. Introductory Classical Mechanics
Units and Vectors
Motion in 1D
Motion in 2 D
Laws
of Motion
Conservation of:
Energy
Momentum
Angular Momentum
Oscillations
Gravitation
2. Advance Classical Mechanics
Calculus
of variations
Lagrangian Mechanics
Central Forces
Coupled
Oscillations
Waves
Attendance Policy
Students are expected to be present at each schedule class. Students who are absent for reasons of illness, death in family, etc. should inform their instructors as soon as possible. Faculty are under no obligation to make special provisions for students absent for capricious reasons.
Course Requirements
Students are required to attend classes, to do homework, to take tests.
Notes:
· Withdrawal from a course after Mid-Semester is considered exceptional and includes a mark stating whether the student was passing or failing the course.
Homework
1 9/11
1. Change of units:
2. constant acceleration
3.
2 9/18
3 9/25
4