This is a copy of the contents you will encounter on your disks. The links will not work on this page. They will work on the version you will find on the DVD's.
The links on this page are all inactive. Follow the instructions you were given in Part 3 of the Orientation, the step entitled "A5: Using your DVDs.". You will have submitted that document and it will also appear in your Portfolio/Access Page, so you can access the instructions either from the menu or through your Portfolio menu.
The table of contents for each CD is listed under the respective link.
Physics II CD #0: Introduction; Lectures, Experiments Physics II CD #0: Introduction; Lectures, Experiments
Physics II CD #1: #'s 3-10 on Fluids, Thermal Energy and Thermodynamics
Physics II CD #2: #'s 11-17 on Kinetic Theory, Thermodynamics, Waves and Optics
Physics II CD EPS01: Experiments, Prob Sets Disk #1: Experiments on Fluids, Thermodynamics and Waves; Introductory Problem Set 5 on Fluids and Thermodynamics
Physics II CD #4 (disk 3??): #'s 18-24 on Optics, Introduction to Electricity and Magnetism
Physics II Cd #4: #'s 25-28 on Electricity and Magnetism
Experiments with Waves, Optics, Electricity and Magnetism
Physics II CD #5: #'s 29-32 on Electricity and Magnetism
Physics II, CD #6: #'s 33-38 on Modern Physics
Introductory Video Experiments
video_experiments/video_experiments.htm: Experiments 1-9
Class Notes #4: Pressure and Volume Relationships for an Ideal Gas
Class Notes #5: Potential and Kinetic Energy Changes in a Fluid
Class Notes #6: Fluids; Bernoulli's Equation
Class Notes #7: Bernoulli's Equation
Class Notes #8: Terminal Velocity results; Bottle Engine intro (thermodynamics)
Class Notes #9: Bottle Engine: Work and Energy, Efficiency
Class Notes #10: Bottle Engine: States 1, 2 and 3
Class Notes #12: Thermodynamics
Class Notes #13: Introduction to Waves
Class Notes #14: Harmonics in a String
Class Notes #15: Doppler Shift
Class Notes #16: Harmonics of a String; Music
Class Notes #17: Snell's Law; Ray Tracing; Image Formation
Definition of Pressure, Continuity Equation, Definition of Temperature
Expansion of Lengths, Areas and Volumes with Temperature; Thermal Stress
Specific Heats; Flow of Thermal Energy
Radiation; Ideal Gas Law; Van der Waals correction
Work is the integral of P dV
Force and Potential Energy as a function of Molecular Spacing
Energy in a Solid Crystal Lattice; Distribution of Molecular Speeds
P vs. T graph of Phases of Matter; 3-D Model of Phases
Projections of the 3-D Model
Adiabatic Gas Law
Reversible Processes; Order to Disorder
Entropy; Heat Engines
The Form of a Traveling Sine Wave
The Wave Equation
The Velocity of a Pulse in a String
Velocity of Sound in Liquids, Gases and Solids
Energy Transmitted by a Wave
The Form of a Standing Wave
Sound Waves
Refraction and Dispersion
Polarization
Brewster's Angle
Huygen's Principle and Snell's Law
Image Formation by Mirrors; Real and Virtual Images
Lens-maker's Equation
Interference
Spacing of Interference Maxima
Interference Phenomena
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