Skip to main content
Skip to site navigation
Skip to contact information
Skip to Apply, Request Info, Jobs, Contact links
Toggle navigation
Visit
Apply
Give
Alumni
SU Resources
Email
Canvas
SU Online
MySU
About
About Seattle U
Facts and Figures
Campus Map
Campus Sustainability
Centers and Institutes
Visit
University News
Quicklinks
Faculty and Staff Resources
Directories
Academics
Academics
Undergraduate Majors and Degrees
Graduate Programs and Degrees
Colleges and Schools
Lemieux Library
Service Learning
Education Abroad
Student Academic Services
Quicklinks
Redhawk Axis
Student Life
Student Life
Housing and Residence Life
Dining Services
Center for Community Engagement
Center for Student Involvement
Health and Personal Wellness
Diversity and Multicultural Resources
Career Services
Parent and Family Engagement
Quicklinks
Public Safety
Campus Store
Campus Calendar
University Recreation
Admissions
Admissions
First Year Applicants
International Students
Transfer Students
Undergraduate Admissions
Graduate Admissions
Adult Learners
School of Law
SU Impact
Quicklinks
Campus Tours
Accepted Students
Orientation
Tuition and Aid
Tuition and Aid
Costs
Net Price Calculator
Financial Aid
Scholarships and Grants
Student Billing and Payment
Student Financial Services
Quicklinks
Academic Calendar
Authorized User Login
Forms & Documents
Jesuit Tradition
Jesuit Tradition
Campus Ministry
Center for Jesuit Education
Institute for Catholic Thought and Culture
Chapel of St. Ignatius
Quicklinks
All Things Jesuit
Jesuits of Seattle U
Athletics
Physics
College of Science and Engineering
SU Home
College of Science and Engineering
Physics
Physics Demos
Mechanics
Torque Wrench
Torque Wrench
Physics
Programs of Study
Bachelor Of Science in Physics
Bachelor of Arts in Physics
Student Resources
Summer Undergraduate Research
Scholarships
Learning Outcomes
PhysFest
Experiments
Information for Participants
Schedule
Frequently Asked Questions
News
Faculty Research
Faculty and Staff
Physics Demos
Mechanics
Independence of g from Mass
Independence of Coordinates - Shoot the Monkey
Centripetal and Centrifugal Force
Momentum - Astro Blaster
Energy - High-Low Road
Bowling Ball
Energy - Loop-the-Loop
Torque
Angular Momentum - Euler's Disk
Rotational Motion - Ball on a String
Fan & Sail Cart
Momentum - Elastic vs. Inelastic Collision
Rotational Motion - Moment of Inertia
Energy - Large Swinging Mass
Independence of Coordinates - Hinged Stick & Falling Ball
Pressure - Wine Bottle and Cork
Angular Momentum - Gyroscopes
Momentum - Elastic Collisions - Newton's Cradle
Inertia - Ball and Card
Force Plate
Independence of Coordinates - Vertical Acceleration
Independence of Coordinates - Ballistic Cart
Momentum - Inelastic Collisions - Modified Newton's Cradle
Angular Momentum - Turntable and Dumbbells
Airzooka
Energy - Stunt Car
Torque Wrench
Friction - Friction Blocks
Cartesian Coordinates
Friction - Friction Ladder
Pressure - Bed of Nails
Momentum - Ballistic Pendulum
Hoberman Sphere
Angular Momentum - Irregular Top
Angular Momentum - Bike Tire
Momentum - Skateboard
Dart Board & Gun
Sound
Interference Tube
Tuning Forks
Homemade Wind Instrument
Sound Level Meter
Two Paper Cups and a String
Interference and Beats - Speakers
Sound Tube
Waves
Spring Constant
Wave Motion Machine
Metal Resonance Strips
Driven Oscillator
Chaotic Pendulum - Variable Speed Motor
Simple Harmonic Motion - Spring Decay
Misc - Springs, Slinkies
Simple Harmonic Motion - Spring vs Pendulum
Chaotic Pendulum
Chladni Plates
Resonance Wire Loop
Longitudinal Wave Spring
Coupled Oscillators
Thermodynamics
Adiabat - Fire Syringe
Stirling Engine
Heat Conductivity Apparatus
Molecular Motion
Thermal Expansion - Compound Bar
Model Combustion Engine
Heating - Hot Plate
Collisions - Energy Transformation Balls
Radiation Cans
Air Flow - Venturi Meter
Magnus Effect
Specific Heat Apparatus
Radiometer
Thermoelectric Converter
Thermal Expansion - Ball and Ring
CpCv Tube
Heating - Propane Torch
Air Flow - Balloons
Thermal Expansion - Bar Breaker
Thermal Conductivity Apparatus
Heating - Bunsen Burners and Striker
Pressure - Differential Pressure Bottle
Pressure - Double Syringes
Liquid Crystals
Optics
Microwave Lamp
UV Flashlight
Interference - Aperture 2D
Interference - Slitfilm 1D
Lasers
Reflection and Refraction - Light Box and Optical Set
Light Meter
Polarizers
Refraction - Laser Refraction Tank
Total Internal Reflection Tube
Electricity and Magnetism
Induction - Inductance Compass
Induction - Magnetic Induction Paddles
Tesla Coil
Electrostatics - Fur/Hair with Van de Graaff Generator
Capacitance - Theremin
Induction - Light Bulb
Electric Potential - Lightning Plate with Van de Graaff Generator
Electrostatics - Aluminum Bowls with Van de Graaff Generator
Capacitors
Induction - Changing Magnetic Field in a Coil
Magnetic Fields - Bar Magnet Compass
Electrostatics - Pith Balls
Faraday Cage
Magnetic Force - Jumping Wire
Variable Gap Magnet
Diamagnetic Levitation
Induction - Eternity Flashlight
Van de Graaff Generator
Magnetic Force - Force on a Wire
Inductors
Induction - Lenz's Law Apparatus
Electric Potential - Volta's Hailstorm
Kelvin Water Dropper
Induction - Ring Launcher
Jacob's Ladder
Magnetic Force - Simple Electric Motor
Wimshurst Machine
Magnetic Fields - Solenoids
Electromagnet
Ammeters and Galvanometers
Electrostatics - Electroscope
Electric Whirl with Van de Graaff Generator
Ampere's Law Apparatus
Magnetic Fields - Iron Filings
Contact Us
A scale reads how much torque is being applied.
