Physics 430 - Fall 2010 - Section 001

Classical Mechanics (Prof. Dale E. Gary -- http://web.njit.edu/~gary)

Lecture: Tuesday, 8:30 - 9:55 am, Thursday, 11:30 am- 12:55 pm. Room 313 FMH (Faculty Memorial Hall)

Text: Classical Mechanics—John R. Taylor—ISBN-10: 189138922X; ISBN-13: 978-1891389221

Grading

Your final grade in Physics 430 will be determined by your performance on the following:

1. Exams: Two exams will be given during the normal class period. The schedule is:
   • Exam 1 : Tuesday, October 5, 8:30 am – 9:55 pm
   • Exam 2 : Tuesday, November 9, 8:30 am – 9:55 pm
2. Final Exam: A comprehensive examination of the entire semester's work will be given at the end of the semester, sometime during the period (TBA) December 10 - 16. 2.5 hours long.
3. Homework: Homework assignments are due each week, at the start of the Tuesday class.
4. Attendance: As Woody Allen said, "90% of life is just showing up." Attendance at lectures is expected, and there is an "easy" 10% of your grade allotted to simply showing up and participating in class. If class attendance becomes a problem, quizzes during class will be instituted!

The final grades will be based on a composite score that includes each common exam score, the final exam, short quizzes, and the term's homework score. Here are the approximate weights to be used for calculating the final grade and the final grade scale:

Relative weights of grade components	Total score	Final Grade
30% for all three common exams (15% each)	80% and more	A
30% for the final exam	65% - 79%	B
30% for the total homework + quiz grade	55% - 64%	C
10% for attendance and class participation	50% - 54%	D
	49% and less	F

Getting Help:

This course is expected to be challenging, but you do not have to learn alone! You can seek help during Prof. Gary's office hours, W, Th, 10-11:30 am. There will also be help sessions prior to the two mid-term exams.

Honor Code Violations or Disruptive Behavior:

NJIT policy is zero-tolerance for cheating of any kind and for student behavior that disrupts learning by others. Incidents will be immediately reported to the Dean of Students. The penalties for violations range from a minimum of failure in the course plus disciplinary probation up to expulsion from NJIT with notations on a students' permanent record. Avoid situations where your own honorable behavior could be misinterpreted. Students will be required to adhere to the NJIT Honor Code.

Assignments:

The weekly text and homework assignments are listed in the schedule below. It is not possible to succeed in this course without working a lot of problems, and this is reflected in the weighting of the homework problems--30% of the total grade.

• The weekly text readings and homework problems are from Classical Mechanics, by John R. Taylor, as indicated in the table below. Read each assigned section before the Lecture covering the material in it. We suggest that you download the lectures, which will be posted ahead of the class time and bring them to class.
• You may work together in completing the homework, however, each student must turn in his/her own weekly assignment. You are accountable for knowing what is on your homework papers. Handing in a paper containing someone else's work is a violation of the honor code.
• The homeworks are due by the start of class each Tuesday. Note that homework is due even on the two exam days. Late work will be accepted up to one week late, at 50% penalty. After 1 week, no credit will be given.

Courtesy:

Please do not eat, drink, or create noise that interferes with the work of students or instructors. Cellular phones, wireless devices, notebook computers, and messaging devices of all kinds should be turned off during class meetings and exams.

Syllabus

Any changes to the syllabus will be discussed with students.

Lecture and Topics Covered	Reading Assignments	Homework Assignments (all due at start of class on due date)
August 31, Lecture 1 Mass, Force, Newton's Laws	Chapter 1: 1.1-1.5	HW Probs: 1.5, 1.A, 1.19, 1.B (Phun exercise) (HW 1a due, Sept. 7)
September 2, Lecture 2 Newton's 2nd Law in Cartesian and Polar Coordinates	Chapter 1: 1.6-1.7	HW Probs: 1.38, 1.44, 1.C (HW 1b due, Sept. 7)
September 7, Lecture 3 Linear Air Resistance	Chapter 2: 2.1-2.3	HW Probs: 2.A, 2.1, 2.6, 2.20 (HW 2a due, Sept. 14)
September 9, Lecture 4 Quadratic Air Resistance Matlab Files: quad_drag_demo.m quad_drag.m int_yp.m	Chapter 2: 2.4-2.5	HW Probs: 2.B, 2 .24, 2.36, 2.38 (HW 2b due, Sept. 14)
September 14, Lecture 5 Complex Exponentials, Rockets	Chapter 2: 2.6-2.7 Chapter 3: 3.1-3.2	HW Probs: 2.46, 3.A, 3.2, 3.6, 3.B (HW 3a due, Sept. 21)
September 17, Lecture 6 (NB: Friday class!) Center of Mass, Angular Momentum	Chapter 3: 3.3-3.5	HW Probs: 3.22, 3.33, 3.C (HW 3b due, Sept. 21)
September 21, Lecture 7 Kinetic and Potential Energy	Chapter 4: 4.1-4.2	HW Probs: 4.2, 4.4, 4.8 (HW 4a due, Sept. 28)
September 23, Lecture 8 Force and Potential Energy	Chapter 4: 4.3-4.6	HW Probs: 4.11, 4.12, 4.23, 4.28 (HW 4b due, Sept. 28)
September 28, Lecture 9 Curvilinear Systems, Central Forces	Chapter 4: 4.7-4.8	HW Probs: 4.30, 4.34, 4.37, 4.44 (HW 5a due, Oct. 5)
October 1, Lecture 10 (NB: Friday class!) Energy of Interaction	Chapter 4: 4.9-4.10	HW Probs: 4.48, 4.50, 4.53 (HW 5b due, Oct. 5)
Exam 1: October 5 Tuesday, 8:30-9:55 Exam 1 Distribution Exam 1 Solution		Covers Lectures 1-10 Chapters 1-4
October 7, Lecture 11 Oscillations	Chapter 5: 5.1-5.2	HW Probs: 5.1, 5.2, 5.4, 5.7, 5.A ocillating_box.phz (HW 6 due, Oct. 15)
October 12: Lecture 12 Two Dimensional Oscillators	Chapter 5: 5.3-5.4	HW Probs: 5.14, 5.28, 5.B, 5.C, 5.D (HW 7a due, Oct. 21)
October 15: Lecture 13 (NB: Friday class!) Driven Oscillations and Resonance	Chapter 5: 5.5-5.6	HW Probs: 5.33, 5.36, 5.E (HW 7b due, Oct. 21)
October 19: Lecture 14 Calculus of Variations	Chapter 6: 6.1-6.4	HW Probs: 6.5, 6.7, 6.A, 6B (HW 8a due, Oct. 28)
October 21: Lecture 15 Lagrange's Equations	Chapter 7: 7.1-7.2	HW Probs: 7.1, 7.4, 7.8 (HW 8b due, Oct. 28)
October 26: Lecture 16 Lagrange's Equations with Constraints	Chapter 7: 7.3-7.4	HW Probs: 7.A, 7.B, 7.9, 7.11, 7.14, 7.16 (HW 9a due, Nov. 4)
October 28: Lecture 17 Examples of Lagrange's Equations problem_7_42.m, oscillator_eq.m	Chapter 7: 7.5-7.7	HW Probs: 7.29, 7.30, 7.42 (computer), 7.C, 7.D (HW 9b due, Nov. 4)
November 02: Lecture 18 Two-Body, Central Force Problems	Chapter 8: 8.1-8.5	HW Probs: 8.1, 8.7, 8.12, 8.A, 8.B (HW 10a due, Nov. 12)
November 04: Lecture 19 Kepler Orbits	Chapter 8: 8.6-8.8	HW Probs: 8.16, 8.18, 8.29 (HW 10b due, Nov. 12)
Exam 2: November 9 Tuesday, 8:30-9:55 Exam 2 Solution		Covers Lectures 11-19 Chapters 5-8
November 12: Lecture 20 (NB: Friday class!) Non-Inertial Frames	Chapter 9: 9.1-9.4	HW Probs: 9.A, 9.B, 9.1, 9.3, 9.4, 9.5, 9.C (HW 11 due, Nov. 19)
November 16: Lecture 21 Rotating Frames	Chapter 9: 9.5-9.9	HW Probs: 9.9, 9.14, 9.26, 9.29 (HW 12a due, Nov. 24)
November 19 : Lecture 22 (NB: Friday class!) Rotation About a Fixed Axis	Chapter 10: 10.1-10.2	HW Probs: 10.7, 10.9, 10.15 (HW 12b due, Nov. 24)
November 23: Lecture 23 Inertia Tensor and Principle Axes	Chapter 10: 10.3-10.6	HW Probs: 10.24, 10.25, 10.36, 10.39, 10.A, 10.B (HW 13 due, Dec. 3)
Thanksgiving November 25	Recess	No class
November 30 : Lecture 24 Euler's Equations	Chapter 10: 10.7-10.8	HW Probs: 10.42, 10.43, 10.45 (HW 14a due, Dec. 9)
December 3: Lecture 25 (NB: Friday class!) Coupled Oscillators	Chapter 10: 11.1-11.3	HW Probs: 11.2, 11.3, 11.5 11.6, 11.7 (HW 14b due, Dec. 9)
December 7: Exam Review (was Lagrangian Approach )	Review All	HW Probs: None
Reading Day: December 9	No classes	Optional Review Sessions
Final Exam Period	December 10 - 16	Comprehensive final exam