Summary of Lectures
Unless otherwise noted, all lectures will take place in
Room 201 of the Physics Bldg
A more
detailed (topic-based)
Review Summary will also
be available.
PLEASE NOTE: The list of topics & links are intended to
help you remember what has been covered AFTER the lecture,
and the homework etc set.
The topics & links for any future lectures may change without
notice, and hence should be considered highly provisional.
Note:
The notes from several of the lectures later in the course
appear to have disappeared. I'm working to get them restored from Backup
|
Date 2006 |
Topic(s) Covered |
Assignments etc ? |
[Students Ignore this column]
|
| 1 |
Aug-30 [W]
|
Introductions,
Review of
Procedures & Rules, etc
|
Yes
|
| 2 |
Sep-01 [F] |
TOPIC 1:
Intro/Review of Periodic Motion,
Review
of Definitions ,
Review
of Simple Harmonic Motion,
SHM & Circular
Motion,
Relationship with Uniform Circular
Motion
|
no new
|
|
Sep-04 [M] |
No Lecture - Labor Day
|
| 3 |
Sep-06 [W] |
SHM & Circular
Motion (cont)
The Inclusion of
Phase
|
no new
|
| 4 |
Sep-08 [F] |
Energy in SHM,
Some Examples:
Vertical Springs
|
no new
|
| 5 |
Sep-11 [M] |
More Examples:
Coiled Springs;
Vibration of Molecules;
LC Electric Circuit;
Summary,
[Aside],
The Simple Pendulum,
The Physical Pendulum,
|
no new
|
| 6 |
Sep-13 [W] |
Deadline for dropping courses without a "W"
SHM, Circular Motion & Complex Numbers,
The Complex Exponential & Euler's Relationship,
Rotating Vectors in the Complex Plane
|
Yes
|
| 7 |
Sep-15 [F] |
TOPIC 2:
Superposition of Periodic Motion,
Superposition of Equal Frequencies in 1-D,
Equal Frequencies, Different Amplitude and Different Phase,
Equal Frequencies, Equal Amplitude but Different Phase,
Superposition of Multiple Vibrations of the Same Frequency
Superposition of Different Frequencies in 1-D
Beats
|
no new
|
| 8 |
Sep-18 [M] |
Superposition of Frequencies in 2-D,
Lissajous Figures
TOPIC 3:
The Free Vibration of Physical Systems,
SHM in Stretched Objects: Elasticity & Young's Modulus
|
no new
|
| 9 |
Sep-20 [W] |
SHM in Stretched Objects: Elasticity & Young's Modulus (cont)
[Aside],
|
no new
|
| 10 |
Sep-22 [F] |
SHM in Sheared & Torqued Objects: Shear Modulus
Twisting strips, tubes & rods
SHM in 'Squeezed' Gases: Adiabatic Bulk Modulus
SHM in some Other Physical Systems
|
Yes
|
| 11 |
Sep-25 [M] |
Damping in Physical Systems,
The Under- & Critically-Damped Cases
The Over-Damped Case
The Q-Factor
|
no new
|
| 12 |
Sep-27 [W] |
Review/Discussion of last few lectures
|
no new
|
| 13 |
Sep-29 [F] |
TOPIC 4:
Forced Vibrations and Resonance,
Undamped Forced Oscillation
Forced Oscillation with Damping
|
no new
|
| 14 |
Oct-02 [M] |
Lecture cancelled
|
no new
|
| 15 |
Oct-04 [W] |
Review of Derivation & Geometry on the Complex Plane
More on the Resistive (Damping) Term
Transient Phenomena
Power in Forced Oscillators
Examples of Resonance
|
Yes
|
| 16 |
Oct-06 [F] |
Pre-MidTerm Review
|
no new
|
| 17 |
Oct-09 [M] |
|
no new
|
| 18 |
Oct-11 [W] |
TOPIC 5:
Coupled Oscillators & Normal Modes,
Two Coupled Pendula,
Normal Modes & Frequencies,
Superposition of Normal Modes,
|
no new
|
| 19 |
Oct-13 [F] |
More Examples of Coupled Oscillators
|
no new
|
| 20 |
Oct-16 [M] |
Forced Vibration/Resonance
|
no new
|
| 21 |
Oct-18 [W] |
Multiple Coupled Oscillators,
|
Yes
|
| 22 |
Oct-20 [F] |
Very Large N & Continous Systems
|
no new
|
| 23 |
Oct-23 [M] |
The Wave Equation
|
no new
|
| 24 |
Oct-25 [W] |
Superposition in Continuous Systems
Forced Harmonic Vibration
|
Yes
|
| 25 |
Oct-27 [F] |
Other Examples
Longitudinal Vibrations on a Rod
Vibrations of Air Columns
|
no new
|
| 26 |
Oct-30 [M] |
Vibrations in 2- and 3-Dimensions
Fourier Analysis
Fourier & Superposition
|
no new
|
| 27 |
Nov-01 [W] |
TOPIC 6:
Progressive Waves & Sound;
Forms of the Wave Function of a Progressive Wave,
Particle Velocity, Acceleration & the Wave Equation,
The speed of Progressive Waves,
The Energy Transfered by Wave Motion,
Wave Intensity,
Interference, Superposition & Reflection of Travelling Waves,
Interference & Reflection,
Standing Waves Revisited,
Sound Waves & Hearing
Human Hearing
The decibel Scale
|
Yes
|
| 28 |
Nov-03 [F] |
The Huygens-Fresnel Principle,
The Doppler Effect & Shock Waves,
TOPIC 7:
Electromagnetic Waves,
Recap of the EM Spectrum,
Introduction to EM waves
|
no new
|
| 29 |
Nov-06 [M] |
Intro to EM waves (cont),
Brief Description of Radio Transmitters & Receivers
Plane & Sinusoidal EM Waves
|
no new
|
| 30 |
Nov-08 [W] |
|
no new
|
| 31 |
Nov-10 [F] |
EM Waves within a Medium
Energy & Momentum in EM Waves
Standing EM Waves
|
Yes
|
| 32 |
Nov-13 [M] |
TOPIC 8:
The Propagation of Light,
Reflection &
Refraction;
Total Internal
Reflection;
Dispersion;
|
no new
|
| 33 |
Nov-15 [W] |
Polarization;
Polarizers,
Polarization by Reflection,
Circular and Elliptical Polarization
Scattering
|
no new
|
| 34 |
Nov-17 [F] |
TOPIC 9:
Geometric Optics,
Geometric Optics for Plane Surfaces,
Reflection,
Refraction
|
no new
|
| 35 |
Nov-20 [M] |
Geometric Optics for Spherical Surfaces,
Reflection by concave mirrors
Reflection by convex mirrors
|
no new
|
| 36 |
Nov-22 [W] |
Refraction by spherical surfaces,
Thin Lenses
|
Yes
|
|
Nov-24 [F] |
No Lecture - Thanksgiving Break
|
|
| 37 |
Nov-27 [M] |
Examples of Optical Devices:
Camera,
Eye,
Magnifier,
Microscope,
Telescope
|
no new
|
| 38 |
Nov-29 [W] |
TOPIC 10:
Interference & Diffraction,
Interference & Coherence,
Two-source Interference,
Path-difference and Phase-difference
|
no new
|
| 39 |
Dec-01 [F] |
Interference in Thin films,
The Michelson Interferometer
|
Yes
|
| 40 |
Dec-04 [M] |
Fresnel & Fraunhofer Diffraction
Single Slit Diffraction
|
no new
|
| 41 |
Dec-06 [W] |
Multiple Slits & Diffraction Gratings;
X-ray Diffraction;
Circular Aperatures & Resolving Power;
|
no new
|
| 42 |
Dec-08 [F] |
General Review of Course
|
no new
|
| 44 |
Dec-11 [M] |
General Review of Course
|
no new
|
|
TBD |
Final Exam |
|
PLEASE NOTE: The list of topic & links are intended to
help you remember what has been covered etc AFTER the
lecture, and the homework etc set.
The topics & links for any future lectures may change without
notice, and hence should be considered highly provisional.
Course Quick Reference
|
Other Quick Reference
|
|