| A Pair of Introductory Electrostatics Simulations
| D. Moutoux | HS | HW | Balloons and Static Electricity
John Travoltage | 4/08 |
| Adventure at Energy Skatepark
| E. Bowling | MS | HW
Lab | Energy Skate Park | 1/08 |
| Air Resistance - It's a Drag
| D. Moutoux | HS | Lab | Projectile Motion | 5/08 |
| Algebra of Moving Man for Mathematics Students
| A. Sokolowski | HS | Demo | The Moving Man | 12/07 |
| Algebra of the Moving Man
| A. Sokolowski | HS | Lab | The Moving Man | 9/07 |
| An Investigation of Projectile Motion
| R. Kennedy | HS | Lab | Projectile Motion | 9/07 |
| Analysis of Linear and Quadratic Functions
| U. unknown | HS | HW | Equation Grapher | 4/08 |
| Analysis of Polynomial Functions
| A. Sokolowski | HS | CQs | Equation Grapher | 12/07 |
| Anayzing Moving Man Graphs
| D. Moutoux | HS | CQs | The Moving Man | 9/07 |
| Angular Kinematics
| R. Kennedy | HS | Lab | Ladybug Revolution | 12/07 |
| Applications of Quadratic Functions in Physics
| A. Sokolowski | HS | CQs | Projectile Motion | 12/07 |
| Applications of Sinusoidal Functions to Model Waves on a String
| A. Sokolowski | HS | Lab | Wave on a String | 1/08 |
Arithmetic Games  | T. Loeblein | HS | Lab | Arithmetic | 9/07 |
| Atomic models homework | S. McKagan | UG-Adv
UG-Intro | HW | Models of the Hydrogen Atom
Rutherford Scattering | 9/07 |
| Atomic Structure
| S. hymes | HS | Lab | Rutherford Scattering | 3/08 |
| Batteries, Resistance and Current
| E. Haynes | HS | Lab | Ohm's Law
Battery-Resistor Circuit
Resistance in a Wire | 3/08 |
| Battery-Resistor Circuit Simulation Homework | K. Perkins | UG-Intro
HS | HW | Battery-Resistor Circuit | 4/08 |
| Beginning circuits
| L. Trexler | HS | Lab | Circuit Construction Kit (DC Only) | 3/08 |
| Blackbody Spectrum
| C. Miller | HS | Lab | Blackbody Spectrum | 9/07 |
| Blackbody Spectrum Simulation Homework | K. Perkins | UG-Adv
UG-Intro | HW | Blackbody Spectrum | 4/08 |
| Bohr model of the atom for Chemistry
| E. Haynes | HS | Support | Models of the Hydrogen Atom | 3/08 |
| Bouyancy - an Introductory Inquiry | T. Loeblein | HS | Lab | Balloons & Buoyancy | 4/08 |
| Build a Park
| S. wisely | HS | Lab | Energy Skate Park | 3/08 |
| Building Electric Circuits
| K. King | HS | Lab | Circuit Construction Kit (DC Only) | 5/07 |
| Buoyancy and Balloons
| A. Carmichael | HS | Lab | Balloons & Buoyancy | 4/08 |
| CCK - Series & Parallel - Current Flow
| S. Reeves | HS | HW | Circuit Construction Kit (DC Only) | 8/05 |
| Charge and Energy Conservation in Circuits Inquiry
| L. Andersen | UG-Intro
HS | Lab
CQs | Circuit Construction Kit (AC+DC) | 2/08 |
| Charges and Fields Exploration
| C. miller | HS | Lab | Charges and Fields | 9/07 |
| Circuit activity 1 Properties of electric Circuits using only CCK | T. Loeblein | HS
UG-Intro | Lab | Circuit Construction Kit (DC Only)
Circuit Construction Kit, Virtual Lab Version (DC Only) | 10/07 |
| Circuit activity 2 Series and Parallel Circuits using CCk | T. Loeblein | UG-Intro
HS | Lab | Circuit Construction Kit, Virtual Lab Version (DC Only)
Circuit Construction Kit (DC Only) | 9/07 |
| Circuit activity 3 Combination Circuits | T. Loeblein | UG-Intro
HS | Lab | Circuit Construction Kit (DC Only) | 5/08 |
| Circuit activity 3 Combination Circuits using CCK only | T. Loeblein | HS
UG-Intro | Lab | Circuit Construction Kit, Virtual Lab Version (DC Only)
Circuit Construction Kit (DC Only) | 9/07 |
| Circuit Construction Kit
| G. Swanson | HS | Lab | Circuit Construction Kit (DC Only) | 9/07 |
| Circuit Construction Kit: DC & AC Exploration
| C. miller | HS | Lab | Circuit Construction Kit (DC Only) | 9/07 |
| Circuit Lab 1 - Properties of Electric Circuits
| A. Jordan | HS | Lab | Circuit Construction Kit (DC Only) | 9/07 |
| Circuit lab 1 Properties of Electric Circuits | T. Loeblein | HS
UG-Intro | Lab | Circuit Construction Kit, Virtual Lab Version (DC Only)
Circuit Construction Kit (DC Only) | 9/07 |
| Circuit Lab 2 - Series and Parallel Circuits
| A. Jordan | HS | Lab | Circuit Construction Kit (DC Only) | 8/07 |
| Circuit lab 2 Series & Parallel Circuits | T. Loeblein | HS
UG-Intro | Lab | Circuit Construction Kit (DC Only)
Circuit Construction Kit, Virtual Lab Version (DC Only) | 9/07 |
| Circuit Principles and Applications
| N. Balasubramanian | HS | Lab | Circuit Construction Kit (DC Only) | 4/08 |
| Circuit rules - series and parallel
| U. Unknown | MS | HW | Circuit Construction Kit (DC Only) | 4/08 |
| circuits in parallel and in series
| B. Keramati | UG-Intro | Lab | Circuit Construction Kit, Virtual Lab Version (DC Only) | 5/07 |
| Circuits: Series and Parallel
| H. Doerksen | HS | Lab | Circuit Construction Kit (DC Only) | 4/08 |
| Color
| A. Volpe | MS | Demo | Color Vision | 4/08 |
| Color Vision (or Seeing Colors)
| A. Volpe | MS | Demo | Color Vision | 4/08 |
| Color Vision (or Seeing Colors)
| D. Moutoux | HS | Lab | Color Vision | 3/08 |
| Comparing Forces on Different Planets
| T. Radil | HS | Lab | Forces in 1 Dimension | 5/08 |
| Computer Projectile Motion Lab #2
| C. Cochran | MS | Lab | Projectile Motion | 9/07 |
| Conservation of Energy (Energy Skate Park)
| A. Jordan | HS | Lab | Energy Skate Park | 8/07 |
| Conservation of Energy 1 Energy Skate Park introduction | T. Loeblein | HS
UG-Intro | CQs
Lab | Energy Skate Park | 10/07 |
| Conservation of Energy 2 Energy Skate Park relating graphs position and speed | T. Loeblein | UG-Intro
HS | CQs
Lab | Energy Skate Park | 10/07 |
| Conservation of Energy 3 Energy Skate Park | T. Loeblein | UG-Intro
HS | CQs
Lab | Energy Skate Park | 10/07 |
| Conservation of Energy using Masses and Springs | T. Loeblein | HS | CQs
Lab | Masses & Springs | 4/08 |
| Conservation of Energy using Masses and Springs (homework version) | T. Loeblein | HS | HW | Masses & Springs | 9/07 |
| Current in DC Circuits | C. Keller | UG-Intro | Lab | Circuit Construction Kit (DC Only) | 9/07 |
| Davisson Germer lecture and homework | S. McKagan | UG-Intro
UG-Adv | Demo
CQs
HW | Davisson-Germer: Electron Diffraction | 1/08 |
| Designing Experiments Using Masses & Springs
| K. King | HS | Lab | Masses & Springs | 8/07 |
| Diffraction
| S. Graham | HS | Lab | Wave Interference | 4/07 |
| Discover a Spring "Stretching Law" (Hooke
| M. Poynter | HS | Lab | Masses & Springs | 9/07 |
| Discovering Newton's Second Law
| D. Cameron | HS | Lab | Forces in 1 Dimension | 7/07 |
| Discovering Newton's Second Law
| P. Martinez | HS | Lab | Forces in 1 Dimension | 7/07 |
| Electric Energy and Capacitance demonstrations | T. Loeblein | HS | Demo | Charges and Fields
Circuit Construction Kit (AC+DC) | 5/08 |
| Electric Field Hockey Homework
| J. Redish | UG-Intro | HW | Electric Field Hockey | 2/08 |
| Electric Field Hockey Post-Game Analysis
| L. Jameson | HS | Lab | Electric Field Hockey | 6/07 |
| Electric Field Hockey Simulation Homework | K. Perkins | UG-Adv
UG-Intro | HW | Electric Field Hockey | 4/08 |
| Electric fields
| M. Gallo | UG-Intro | Lab | Charges and Fields
Electric Field Hockey | 2/08 |
| Electron Flow Rate through Simple Circuits
| B. Brinkhorst | HS | HW | Circuit Construction Kit (DC Only) | 7/06 |
| EM wave analogy tutorial | N. Podolefksy | UG-Intro | Lab | Sound
Wave on a String | 9/07 |
| Energy Analysis of a Mass Oscillating on a Spring
| J. Mullins | HS | Lab | Masses & Springs | 9/07 |
| Energy Skate Park
| G. Swanson | HS | Lab | Energy Skate Park | 9/07 |
| energy skate park
| S. Borenstein | MS | Lab | Energy Skate Park | 12/07 |
| Energy Skate Park Lesson
| C. Nichols | HS | Lab | Energy Skate Park | 9/07 |
| Energy Skater -- Introduction to Mechanical Energy Conservation
| K. King | HS | Lab | Energy Skate Park | 9/07 |
| Equation Grapher: Sketching Linear and Parabolic Graphs | T. Loeblein | HS | Lab | Equation Grapher | 9/07 |
| Equipotential Surfaces Lab Activity
| J. Rott | HS | Lab | Charges and Fields | 9/07 |
| Estimating the Length of Everyday Objects
| K. King | HS | Lab | Estimation | 9/07 |
| Estimation Game
| B. toussaint | MS | Lab | Estimation | 4/08 |
| Experiments with Bar Magnets and Electromagnets
| M. Falbo | HS | Lab | Magnets and Electromagnets | 5/08 |
| Exploring Equilibrium
| A. Jordan | HS | Lab | Reactions & Rates | 4/08 |
| Exploring Gravitation
| D. Simmons | HS | Lab | My Solar System | 9/07 |
| Exploring Newton
| N. Spletzer | HS | Lab | Forces in 1 Dimension | 9/07 |
| Exploring Nuclear Energy
| T. Radil | HS | Lab | Nuclear Physics | 5/08 |
| Exploring Projectile Motion
| C. Wright | HS | Lab | Projectile Motion | 9/07 |
| Exploring Static Electricity
| K. Frett | HS | HW | John Travoltage
Balloons and Static Electricity | 1/07 |
| Faraday's Electromagnetic Lab
| R. Kennedy | HS | Lab | Faraday's Electromagnetic Lab | 12/07 |
| Faradays AC-DC and Electromagnetism
| S. Reeves | HS | HW | Faraday's Electromagnetic Lab | 8/05 |
| Faradays Electromagnetic Lab: Generating Electricity
| S. Reeves | HS | HW | Faraday's Electromagnetic Lab | 7/07 |
| Finding Wave Properties
| K. King | HS | Lab | Wave on a String | 4/08 |
| Force and Motion
| L. Van Echelpoel | HS | Support
Demo
HW | Motion in 2D
Forces in 1 Dimension | 9/07 |
| Force Vectors
| P. Hemert | HS | Lab | Vector Addition | 5/08 |
| Forces 1D activity 1: Predicting speed and directions changes | T. Loeblein | HS
UG-Intro | Lab
CQs | Forces in 1 Dimension | 2/08 |
| Forces 1D activity 2: Relating graphs and free body diagrams using Moving Man and Forces 1D | T. Loeblein | HS
UG-Intro | CQs
Lab | The Moving Man
Forces in 1 Dimension | 9/07 |
| Fourier Making Waves Game | T. Loeblein | HS | Lab | Fourier: Making Waves | 2/08 |
| Friction
| G. Swanson | HS | Lab | Friction | 5/07 |
| Gas Laws
| S. Borenstein | MS | Lab | Gas Properties | 10/07 |
| Gas Properties
| G. Swanson | HS | Lab | Gas Properties | 9/07 |
| Gas Properties
| S. hymes | HS | Lab | Gas Properties | 5/08 |
| Gas Properties/Buoyancy
| G. Swanson | HS | Lab | Gas Properties | 9/07 |
| Gases 1 Introduction to Gases | T. Loeblein | HS | Lab | Gas Properties | 9/07 |
| Gases 1a Pressure demonstration | T. Loeblein | HS | CQs | Gas Properties | 8/07 |
| Gases 2 Understanding physical properties of gases | T. Loeblein | HS | CQs
Lab | Gas Properties | 9/07 |
| Gases 3 Using Laws and theories to explain gas behavior | T. Loeblein | HS | Lab
CQs | Gas Properties | 9/07 |
| Geometric Optics
| A. Jordan | HS | Lab | Geometric Optics | 9/07 |
| Graphing Energy at the Skate Park
| J. Mullins | HS | Lab | Energy Skate Park | 9/07 |
| Gravity: Friend or Foe?
| G. Swanson | HS | Lab | Masses & Springs | 9/07 |
| Greenhouse Effect
| D. Moutoux | HS | CQs
Demo
HW | The Greenhouse Effect | 4/08 |
| Greenhouse Effect
| K. Spooner | HS | Lab | The Greenhouse Effect | 9/07 |
| Greenhouse Simulation Lesson | K. Perkins | HS
UG-Intro | Demo | The Greenhouse Effect | 4/08 |
| Guide for using Reactions and Rates with 4 lessons | T. Loeblein | UG-Intro | Lab | Reactions & Rates | 2/08 |
| Heat Intro
| S. Dickson | HS | HW | Gas Properties | 3/08 |
| Homework Activity I
| T. OKuma | K-5 | HW | Circuit Construction Kit (DC Only) | 4/08 |
| Hooke's Law (Springs)
| J. Mullins | HS | Lab | Masses & Springs | 4/08 |
| How does Static electricity effect balloons
| S. Stlouis | HS | Demo | Balloons and Static Electricity | 4/08 |
| How to make a laser | S. McKagan | UG-Adv
UG-Intro | HW | Lasers | 9/07 |
| Ideal Gas Law Activity
| B. Shurtz | HS | Lab | Gas Properties | 9/07 |
| Images from Convex Lenses | T. Loeblein | HS | Lab | Geometric Optics | 1/08 |
| Induction (college homework version) | T. Loeblein | UG-Intro | CQs
HW | Faraday's Law
Faraday's Electromagnetic Lab | 9/07 |
| Induction (high school version) | T. Loeblein | HS | Lab
CQs | Faraday's Law
Faraday's Electromagnetic Lab | 9/07 |
| Inquiry to the Energy Skate Park
| B. toussaint | HS | Lab | Energy Skate Park | 9/07 |
| Integrating Newton's 2nd Law with Friction Forces
| M. Poynter | HS | Lab | Forces in 1 Dimension | 9/07 |
| Intro to Circuits
| P. Martinez | HS | Lab | Circuit Construction Kit (DC Only) | 5/07 |
| Intro to Circuits
| K. Frett | HS | Lab | Conductivity | 2/07 |
| Intro to energy
| L. Trexler | MS | Lab | The Ramp | 5/08 |
| Intro to Photoelectric Effect Interactive Lecture | S. McKagan | UG-Adv
UG-Intro | CQs
Demo | Photoelectric Effect | 9/07 |
| Intro to Rotational Motion
| A. Carmichael | HS | Lab | Ladybug Revolution | 9/07 |
| Introduction to Current, Voltage, and Resistance
| K. King | HS | Lab | John Travoltage
Circuit Construction Kit (DC Only)
Balloons and Static Electricity | 9/07 |
| Introduction to Discharge Lamps | S. McKagan | UG-Adv
UG-Intro | HW | Neon Lights and Other Discharge Lamps | 9/07 |
| Introduction to Electrostatics
| K. King | HS | Lab | Balloons and Static Electricity | 9/07 |
| Introduction to Forces in 1-D
| K. Frett | HS | Lab | Forces in 1 Dimension | 9/07 |
| Introduction to Fourier Analysis | S. McKagan | UG-Adv
UG-Intro | HW | Fourier: Making Waves | 9/07 |
| Introduction to Light & Color
| K. Dallas | HS | Lab | Color Vision | 12/07 |
| Introduction to Magnets | T. Loeblein | HS | Lab | Faraday's Electromagnetic Lab | 9/07 |
| Introduction to Oscillations
| K. King | HS | Lab | Masses & Springs | 9/07 |
| Introduction to Pressure
| W. Abi Issa | MS | Demo | General (Applicable to all sims) | 5/08 |
| Introduction to Projectile Motion | T. Loeblein | HS | Lab | Projectile Motion | 9/07 |
| Introduction to Static Electricity using Electric Field Hockey and Charges and Fields | T. Loeblein | HS | Lab | Charges and Fields
Electric Field Hockey | 9/07 |
| Introduction to the Online Mass-Spring Lab
| J. Redish | UG-Intro
HS | HW | Masses & Springs | 4/08 |
| Introduction to Vectors
| K. Frett | HS | Lab | Vector Addition | 9/06 |
| Investigating Projectile Motion
| J. Scruggs | HS | Lab | Projectile Motion | 2/08 |
| Investigating the Greenhouse Effect
| T. Radil | HS | Lab | The Greenhouse Effect | 5/08 |
| Investigating waves
| N. Flowers | HS | Lab | Wave on a String | 4/08 |
| John Travoltage
| G. Swanson | HS | Lab | John Travoltage | 9/07 |
| Kinetic Molecular Theory
| A. Jordan | HS | Lab | Microwaves
Gas Properties | 9/07 |
| Lab. Waves
| M. Harden | HS | Lab | Wave Interference | 5/08 |
| Ladybug Revolution activity: Exploring rotational motion | T. Loeblein | HS | CQs
Lab | Ladybug Revolution | 4/08 |
| Lasers and Electronics
| J. Saleta | Grad | HW
CQs
Demo | Lasers | 1/08 |
| Lecture Demonstrations and Reviews the SIMS, My Solar System
| N. Spletzer | HS | CQs | My Solar System | 3/07 |
| Lenses and their Images
| S. Graham | HS | Lab | Geometric Optics | 4/07 |
| Light and Sound Wave Properties
| K. Goodwin | MS | Lab | Wave Interference | 3/08 |
| Light bulbs
| L. Hang | MS | Support | Circuit Construction Kit (DC Only) | 11/07 |
| Magnet Lab
| A. Jordan | HS | Lab | Faraday's Electromagnetic Lab | 9/07 |
| Making use of the Sound Simulations
| D. Cameron | HS | Lab | Sound
Fourier: Making Waves | 9/07 |
| Masses and Spings
| J. Scruggs | HS | Lab | Masses & Springs | 1/08 |
| Masses and Springs
| S. Graham | HS | Lab | Masses & Springs | 9/06 |
| Masses and Springs Homework | K. Perkins | UG-Intro
HS | HW | Masses & Springs | 4/08 |
| Masses and Springs Homework Determine the mass of an unknown object | T. Loeblein | HS | HW | Masses & Springs | 9/07 |
| Maze Game
| J. Mullins | HS | Lab | Maze Game | 9/07 |
| Maze Game II (circular motion)
| G. euler | HS | Lab | Maze Game | 11/06 |
| Microwaves Simulation Homework | K. Perkins | UG-Intro
HS | HW | Microwaves | 4/08 |
| Model of the Hydrogen Atom - Exploration
| C. miller | HS | Lab | Models of the Hydrogen Atom | 9/07 |
| Modeling a linear simple harmonic oscillator
| M. Kelly | UG-Intro | Lab | Motion in 2D | 4/08 |
| Modeling a planetary system
| M. Kelly | HS | Lab | My Solar System | 3/08 |
| Modeling Friction | T. Loeblein | HS | Demo | Friction | 9/07 |
| Modeling Static Electricity | T. Loeblein | HS | Demo | Balloons and Static Electricity
John Travoltage | 9/07 |
| Motion and Moving Man Homework | K. Perkins | UG-Intro
HS | HW | The Moving Man | 4/08 |
| Motion in Two Dimensions
| G. Swanson | HS | Lab | Motion in 2D | 9/07 |
| Motion Labs using MOVING MAN
| N. Spletzer | UG-Intro | Lab | The Moving Man | 9/07 |
| Moving Man
| T. Radil | HS | Other | The Moving Man | 9/07 |
| Moving Man
| J. Mullins | HS | Lab | The Moving Man | 9/06 |
| Moving Man | T. Loeblein | HS | CQs
Lab | The Moving Man | 8/07 |
| Moving Man
| B. Boyle | HS | Lab | The Moving Man | 8/07 |
| Moving Man - Distance vs. Time Graphs
| S. Reeves | HS | HW | The Moving Man | 4/08 |
| Moving Man - Velocity vs. Time Graphs
| S. Reeves | HS | HW | The Moving Man | 4/08 |
| Moving Man and Maze Game Homework | K. Perkins | HS
UG-Intro | HW | Maze Game
The Moving Man | 4/08 |
| Moving Man I: Velocity vs. Time Graphs
| A. Jordan | HS | Lab | The Moving Man | 9/07 |
| Moving Man II: Acceleration vs. Time
| A. Jordan | HS | Lab | The Moving Man | 9/07 |
| Moving Man Motion Graph Review
| K. Frett | HS | HW | The Moving Man | 9/07 |
| Moving Man Simulation
| G. Swanson | HS | Lab | The Moving Man | 9/06 |
| Moving Man Simulation Activity | K. Perkins | HS
UG-Intro | CQs | The Moving Man | 4/08 |
| Moving Man with Position and Velocity graphs
| K. King | HS | Lab | The Moving Man | 9/07 |
| Moving Man: Simple Acceleration
| K. King | HS | Lab | The Moving Man | 9/07 |
| Moving Molecules
| S. Borenstein | MS | Lab | Microwaves | 3/08 |
| Moving the Man
| T. Radil | HS | Lab | The Moving Man | 5/08 |
| MRI lecture and homework | S. McKagan | UG-Adv
UG-Intro | Demo
CQs | Simplified MRI | 9/07 |
| Net Forces and Newton's Second Law
| S. Graham | HS | Lab | Forces in 1 Dimension | 7/07 |
| Ohm's Law
| M. Kelly | HS | Lab | Circuit Construction Kit (AC+DC) | 3/08 |
| Ohm's Law
| S. Graham | HS | Lab | Circuit Construction Kit (DC Only) | 7/07 |
| Orbits--effects of mass and distance
| C. Cochran | MS | HW
Lab | My Solar System | 12/07 |
| Photoelectric effect
| J. Bourne | UG-Intro | Lab | Photoelectric Effect | 10/07 |
| photoelectric effect
| A. tomcrouse | UG-Intro
UG-Adv
Other
Grad | Lab | Electric Field of Dreams
Photoelectric Effect | 12/07 |
| Photoelectric Effect
| C. miller | HS | Lab | Photoelectric Effect | 9/07 |
| Photoelectric Effect Activity
| D. Collins | UG-Intro | Lab | Photoelectric Effect | 9/07 |
| physics teacher
| T. tantaroydas | MS
HS | Lab | Faraday's Electromagnetic Lab | 3/08 |
| Position function of mass on spring
| G. Lee-Dadswell | HS | Lab | Masses & Springs | 3/08 |
| Pressure of atmospher, liquid & solid
| W. Abi Issa | MS | Demo | Gas Properties | 5/08 |
| Probability and Randomness Interactive Lecture | S. McKagan | UG-Intro
UG-Adv | CQs
Demo | Wave Interference
Quantum Wave Interference | 9/07 |
| Probability Plinko
| B. toussaint | HS | Lab | Plinko Probability | 2/08 |
| Producing Electromagnetic Radiation using a Neon
| N. Spletzer | HS | Lab | Neon Lights and Other Discharge Lamps | 2/07 |
| Projectile launch angle vs displacement
| M. O'Byrne | HS | HW
Lab | Projectile Motion | 10/07 |
| Projectile Motion and Air Resistance
| A. Carmichael | HS | Lab | Projectile Motion | 4/08 |
| Projectile Motion Exploration
| C. miller | HS | Lab | Projectile Motion | 9/07 |
| Projectile Motion Formal Lab Development and Report
| M. Poynter | HS | Lab | Projectile Motion | 9/07 |
| Projectile Motion Investigation
| J. Mullins | HS | Lab | Projectile Motion | 9/07 |
| Projectile Motion Lab
| A. Jordan | HS | Lab | Projectile Motion | 9/07 |
| Projectile Motion: Gravity & Air Resistance
| S. Reeves | HS | Lab | Projectile Motion | 9/07 |
| Projectile Motion: Newton's First Law
| S. Reeves | HS | Lab | Projectile Motion | 9/07 |
| Projectile Motion: The Basic Flight Path
| S. Reeves | HS | Lab | Projectile Motion | 9/07 |
| Projectile Simuation
| B. Boyle | HS | Lab | Projectile Motion | 9/07 |
| properties of circuts
| C. mooney | HS | Lab | Circuit Construction Kit (DC Only) | 1/08 |
| Quadratic Projectiles
| B. toussaint | HS | Lab | Projectile Motion | 2/08 |
| Radio Waves & Electromagnetic Fields Simulation Homework | K. Perkins | HS
UG-Intro | HW | Radio Waves & Electromagnetic Fields | 4/08 |
| Ramp Activity 1: Using free body diagrams for motion on an incline | T. Loeblein | HS | Lab | The Ramp | 9/07 |
| Ramp Activity 2: Calculating Net force on an incline | T. Loeblein | UG-Intro
HS | Lab | The Ramp | 9/07 |
| Reactions and Rates 1 Introduction to reactions | T. Loeblein | HS | Lab
Demo | Reactions & Rates | 9/07 |
| Reactions and Rates 2: Energy graphs and reactions | T. Loeblein | UG-Intro | Lab | Reactions & Rates | 9/07 |
| Reactions and Rates 3: energy graphs and reactions | T. Loeblein | UG-Intro | Lab | Reactions & Rates | 9/07 |
| Reactions and Rates College version for tab 3- kinetics | T. Loeblein | UG-Adv | Lab | Reactions & Rates | 9/07 |
| Reactions and Rates:Learning Goals from the design team | T. Loeblein | HS | Other | Reactions & Rates | 9/07 |
| Reflection and Interference of Waves
| P. Williams | UG-Intro | Lab | Sound
Wave on a String | 7/06 |
| Reflection and Transmission Interactive Lecture | S. McKagan | UG-Adv | CQs | Quantum Tunneling and Wave Packets | 3/08 |
| Resistance and Ohm's Law Investigation
| N. Spletzer | HS | Lab | Resistance in a Wire
Ohm's Law | 4/08 |
| Resistance in a Wire
| G. Swanson | HS | Lab | Resistance in a Wire | 9/07 |
| Resistance in parallel circuits
| L. Trexler | HS | Lab | Circuit Construction Kit, Virtual Lab Version (DC Only) | 5/08 |
| Resistance in Series Circuits
| L. Trexler | UG-Intro
UG-Adv
HS
Grad | Lab | Circuit Construction Kit (DC Only) | 5/08 |
| Ripple While You Work
| D. Moutoux | HS | Lab
HW | Wave Interference | 5/08 |
| Roller Coaster Physics Investigation
| S. McCurdy | MS
HS | Lab
HW
CQs | Energy Skate Park | 5/08 |
| Rollercoaster, Free Fall & Energy Conservation
| P. Pinto | HS | Lab | Energy Skate Park | 4/08 |
| Salts & Solubility
| S. hymes | HS | Lab | Salts & Solubility | 4/08 |
| Semester one lesson and schedule in pdf | T. Loeblein | UG-Intro | Lab | Projectile Motion
Energy Skate Park
Forces in 1 Dimension
Masses & Springs
The Moving Man
Ladybug Revolution
Vector Addition | 2/08 |
| Series and Parallel Circuits
| R. Kennedy | HS | Lab | Circuit Construction Kit (DC Only) | 12/07 |
| Skate Park and Energy Conservation
| D. Cameron | HS | Lab | Energy Skate Park | 10/06 |
| Solar Astronomy
| M. Kelly | HS | HW
Lab | Blackbody Spectrum | 11/07 |
| Soluble Salts 1 Introduction to Salts | T. Loeblein | HS
UG-Intro | Lab | Salts & Solubility | 9/07 |
| Soluble Salts 2 Introduction to solubility | T. Loeblein | HS
UG-Intro | Lab | Salts & Solubility | 9/07 |
| Soluble Salts 3 Solution Equilibrium and Ksp | T. Loeblein | HS | Lab | |
National Science Foundation
Title