Physics II CD Contents

CD List

The table of contents for each CD is listed under the respective link.

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

Physics II CD #0:  Introduction; Lectures, Experiments

Introduction

Introductory Video Experiments

video_experiments/video_experiments.htm:   Experiments 1-9

Physics II CD #1:  #'s 3-10

Class Notes #3:  Analyzing Experiments 2 and 4

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

Physics II CD EPS01:  Experiments and Problem Sets Disk #1

Problem Set 5 (set 54), Fluids and Thermal Energy 

Volume, Temperature, Pressure Experiments (bottle engine)

Wave Experiments (Slinky, Discrete Waves)

Physics II CD #2

Class Notes #11:  Kinetic Theory

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

Experiments with Waves, Optics, Electricity and Magnetism

Experiment 10

Experiment 11

Experiment 12

Experiment 13

Experiment 14

Focal Point of a Circular Mirror

Thin Acrylic Lenses

Focusing Water Lenses

Image Formation

Image Formed by Two lenses

Diverging Water Lenses

Focusing through a Cylinderical Bottle

Thread Diffraction Grating

Experiment 16:   Current Flow and Energy

Experiment 17:   Capacitors and Current, Voltage, Energy

Experiment 18:   Effect of Magnetic Fields on Currents, Part I

Experiment 18:   Effect of Magnetic Fields on Currents, Part II

Experiment 19:   Batteries, Circuits and Measurement of Voltage and Current, Part I

Experiment 19:   Batteries, Circuits and Measurement of Voltage and Current, Part II

Experiment 20:  Coulomb's Law

Experiment 21:   Electrostatics (part a)

Electrostatics (part b)

Experiment 23:   Electrical Currents Produce Magnetic Fields

Experiment 24:   Voltage Produced by Magnetic Flux

Physics II CD #4 (disk 3??): #'s 18-24

Class Notes #18:  Focal Points, Image Formation

Class Notes #20:  Focal Distance, Object Distance, Image Distance, Magnification

Class Notes #21:  Interference

Class Notes #22:   Current Flow and Resistance

Class Notes #23:   Series Resistance

Class Notes #24:   Magnetic Field from Pendulum Behavior

Physics II Cd #4:  #'s 25-28

#25:   Capacitors and Meters; Flux Change and Voltage

#26:  Coulomb's Law

#27:   Coulomb Forces, Energy, Potential Difference

#28:   Electric Field

Physics II CD #5:  #'s 29-32

#29:   More Electric Fields; Gauss' Law

#30:   Field Lines, Equipotential Lines, Capacitance

#31:   Capacitors

#32:   Some DC Circuits

Physics II, CD #6:  #'s 33-38

#33:   Partial Review of E & M

#34:   The Bohr Model of the Hydrogen Atom

#35:   Energy Levels of the Bohr Atom; Revisiting Induced Charge

#36:   Alignment of Magnetic Dipoles

#37:   Atomic Structure; Dual Nature of Light

#38:   Time Dilation; Revisiting Source of Magnetic Field

University Physics-Specific Topics in Fluids and Thermodynamics

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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