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Physics 331 Advanced Classical Mechanics

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Course Information

Course Guide

Syllabus (Part I)

Miscellaneous Formulae

* (taken from "Four-Figure Mathematical Tables"
by G.W.C. Kaye and T.H. Laby)*

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Test Information

Test 2 Preparation

Test 2 Useful Information

Test 3 Preparation

Test 3 Useful Information

Final Exam Preparation

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Final Examination

Final Examination

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Office Hours

Monday: 10-11 *(Ph331 only)*; 11-12

Tuesday: 2-3 *(most weeks)*

Wednesday: 2-3

Thursday: 5-5:45

Friday: 2-3

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Problem Sets

Guide to Writing Solutions

Sample Problem 1

Sample Problem 2

Problem Set 1
*(Friday, August 28)*

Problem Set 2
*(Monday, August 31)*

Problem Set 3
*(Wednesday, September 2)*

Problem Set 4
*(Friday, September 4)*

Problem Set 5
*(Monday, September 7)*

Problem Set 6
*(Wednesday, September 9)*

Problem Set 7
*(Friday, September 11)*

Problem Set 8
*(Monday, September 14)*

Problem Set 9
*(Wednesday, September 16)*

Problem Set 10
*(Monday, September 21)*

Problem Set 11
*(Wednesday, September 23)*

Problem Set 12
*(Friday, September 25)*

Problem Set 13
*(Wednesday, September 30)*

Problem Set 23
*(Wednesday, November 4)*

Problem Set 24
*(Friday, November 6)*

Problem Set 25
*(Monday, November 9)*

Problem Set 26
*(Wednesday, November 11)*

Problem Set 27
*(Friday, November 13)*

Problem Set 28
*(Monday, November 16)*

Problem Set 29
*(Wednesday, November 18)*

Problem Set 30
*(Friday, November 20)*

Problem Set 31
*(Monday, November 23)*

Problem Set 32
*(Tuesday, December 1)*
solutions

Problem Set 33
*(Wednesday, December 2)*
solutions

Problem Set 34
solutions

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Useful Programs

duffing.nb
*models the Duffing equation using Mathematica*

pendulum_dd.nb
*models the driven, damped pendulum using Mathematica*

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Animations

Single Pendulum

Sensitivity to Initial Conditions (driven, damped pendulum)

Double Pendulum

Centre of Mass (I)

Orbital Motion

Free Precession