Lesson Index
Subject: Physics
Damped Simple Harmonic Motion |
The Negative Exponential Nature of Damping |
Physics Galore with the PocketLab Swing |
PocketLab Voyager: Newton's Law of Cooling |
Fluid Pressure in a Fluid at Rest |
Hydrostatic Pressure Lab |
PocketLab Voyager: Investigating Thermoelectric Cooling |
Hysteresis of a Tactile Sensor |
Magnetic Dipole Experiment: Inverse Cube Law |
PocketLab Voyager Quantitative Experiment: Standing Waves on a Suspended Slinky |
PocketLab on an Oscillating Cart |
PocketLab Voyager: The Effect of Area on Terminal Velocity of a Falling Object |
Newton's Laws of Motion with PocketLab and Estes Air Rocket |
Position Vs. Time Investigation |
The Inverse Cube Law for a Neodymium Dipole Magnet |
Subject: Physical Science
Polarized Light |
Intelino / Voyager: Angular Velocity vs. Speed in Circular Motion |
intelino/Voyager: Periodic Motion Lab |
Energy Conservation – Transferring Kinetic Energy to Thermal Energy |
Subject: Physics, Physical Science
Periodic Motion of an Empty 3D Filament Reel |
Simple Harmonic Motion Demonstration Machine |
Ideal Gas Law Verified in a Steel Balls Lab |
Thermal Energy Particle Motion Experiment |
3D Printed Pendulum for Simple Harmonic Motion |
PocketLab Voyager: The Inverse Square Law of Light--Quick and Easy |
PocketLab Bungee Jumper |
Simple Pendulum Motion |
PocketLab Voyager/Wonder Gears: An Experiment on Gear Ratios and Angular Velocity |
How does distance affect the strength of a magnetic field? |
Magnetic Field in a Slinky |
Projectile Motion of an Object |
Introduction to Free Falling Objects |
Subject: Math, Physical Science
Subject: Chemistry, Earth Science, Life Science
What is Ocean Acidification? (K-MS) |
How much Carbon Dioxide do you Produce? (MS-ESS3-4 ) |
Subject: Chemistry, Math, Physical Science, Earth Science, Life Science
What is Ocean Acidification? (HS-Secondary) |
Subject: Math
Subject: Physics, Chemistry, Engineering, Physical Science
Thermos Design Challenge |
Subject: Earth Science, Life Science
Particulate matter and its Health Effects |
PocketLab Air: Measuring Ozone |
PocketLab Air: Measuring Particulate Matter |
PocketLab Air: Measuring Carbon Dioxide |
Subject: Life Science
What is Cellular Respiration? (MS-LS2-3, MS-LS1-7) |
Subject: Physics, Engineering
PocketLab University - Principles of Temperature Sensors |
Fluid Energy (Bernoulli Principle) Lab |
How does a Rangefinder Work - Physics of Probeware |
PocketLab Voyager: Vibrating Meter Sticks and Music Boxes |
PocketLab Voyager/Vernier: Forced Oscillations and Resonance |
Crash Cushioning Lab - NGSS Based |
Internet of Things at Stanford University |
PocketLab Voyager: Investigating Thermoelectric Generators & The Seebeck Effect |
PocketLab Investigation of Fuel Efficiency |
Subject: Chemistry, Engineering, Earth Science
Sensors for Forest Fires |
Subject: Earth Science
Air Quality Lesson Plans |
Use PocketLab to model relationship of friction/stress to frequency and size of Earthquake |
Subject: Physics, Chemistry, Math, Physical Science, Maker
Brownian Motion: Order from Chaos |
Subject: Physics, Math, Maker
Moment of Inertia vs. Mass |
Hysteresis with Rubber Bands |
PocketLab/Phyphox Damped Lissajous Figures |
A Lesson on Calibration: Interfacing PocketLab Voyager with Modular Robotics Cubelets |
Subject: Physics, Math
Physical Pendulum: Finding Moment of Inertia |
Voyager & Ozobot: NGSS Science and Engineering Practices Challenge |
PocketLab Voyager: A Study of Rolling Resistance |
CloudLab Curve Fit Feature Preview: Inverse Square Law of Light |
CloudLab Statistics Feature Preview: Determining Curve Radius |
Measure the Angle of an Incline Plane |
Subject: Physics, Engineering, Physical Science
Egg Drop Experiment with Data |
Subject: Physics, Maker
Physics from a Croquet Mallet and Ball |
Speed of Mini HotRod: Long Track Challenge |
Voyager & Ozobot: A STEM Team to Study Circular Motion |
Science Lab: Helmholtz Coils Magnetic Field |
Subject: Physics, Life Science
Bumper Ball Physics |
Subject: Scratch, Physical Science
"High Striker" with PocketLab & ScratchX |
Programming Exercise: Voyager Temperature Probe Controlled Scratch Pipe Freeze Warning |
Subject: Engineering, Scratch, Maker
Subject: Physics, Scratch, Other
Theremin Synth Music with Voyager/ScratchX |
Subject: Scratch, Other
Subject: Physics, Physical Science, Maker, Earth Science
PocketLab/Ozobot LIDAR Demonstration |
Subject: Physics, Physical Science, Maker
Relative Velocity Lab: PocketLab/Ozobot/LEGO |
Voyager Rides an RC Car for Summertime Fun |
Magnetic Minesweeper |
Subject: Maker
PocketLab/Phyphox Tracer Lab |
Subject: Physical Science, Earth Science, Life Science
What causes the seasons? |
Subject: Scratch
A Wireless Controller for a Scratch Game |
Programming with Sensors in Scratch |
Scratch and PocketLab Space Blaster game |
Programming Exercise: Voyager Gyro Controlled Scratch Christmas Tree |
PocketLab Voyager Study of LIDAR Basics |
Subject: Other
PocketLab HotRod |
Subject: Scratch, Earth Science
A Lesson in Radioactivity and Half-Life: Voyager/Scratch Geiger Counter Simulation |
Voyager & Ozobot: Teaming Up to Study Kepler’s Law of Equal Areas |
Subject: Scratch, Math
Subject: Maker, Other
Maker Project: Voyager and littleBits™ Music Visualizer |
Subject: Physical Science, Maker
Subject: Physics, Math, Physical Science
LED Flame Lamp: Random or Cyclical Illumination? |
Subject: Scratch, Math, Physical Science
Programming Exercise:Voyager Temperature Probe Controlled Scratch Teapot |
Subject: Physics, Scratch, Math, Maker
Subject: Scratch, Math, Life Science
Programming Exercise: Voyager Light Sensor Drives a Scratch Program of the Eye |
Subject: Scratch, Life Science
Subject: Physics, Engineering, Earth Science
Flame in Freefall |
Subject: Physical Science, Earth Science
Is Global Warming FAKE NEWS? Creating a Bottle Ecosystem |
PocketLab Voyager: How to Discover an Exoplanet |
Ceiling Fan in Winter |
Saving Energy with Curtains |
Subject: Math, Maker
Voyager & Ozobot: A STEM Team to Determine the Dimensions of a Cardboard Box |
Subject: Chemistry
Subject: Physics, Chemistry, Physical Science
Pressure and Volume with a Syringe |
Energy Transfer: Kinetic Energy to Thermal Energy |
Subject: Chemistry, Physical Science
What is temperature? |
Measuring Pressure Change from Chemical Reaction |
Pressure and Volume with a Syringe and Flask |
Subject: Physical Science, Earth Science, Other
Take a hike! |
Subject: Math, Physical Science, Maker