Needs New Photo
L2-27: Infinity Mirror - Portable
Category: L2 Plane Mirrors
Purpose:
Illusion with half-silvered mirror.
G3-31: Spring and Horns
Category: G3 Mechanical Waves - One Dimensional
Purpose:
To audibly illustrate transmission of energy in a mechanical wave
Q1-12: Arm Model
Category: Q1 Musculoskeletal Systems
Purpose:
Model the forces occurring in the arm
Q2-01: Heart Model
Category: Q2 Organs
Purpose:
To illustrate fluid flow of the human circulatory system
Q1-01: Spinal Expansion Model
Category: Q1 Musculoskeletal Systems
Purpose:
To illustrate the effects of microgravity on the human spine
F2-27: Buoyancy Paradox - Two Spheres
Category: F2 Buoyancy
Purpose:
To illustrate an interesting brainteaser about bouyancy
D3-33: Centripetal Acceleration - Rotating Ball and Brick
Category: D3 Angular Momentum
Purpose:
To illustrate centripetal acceleration and the associated forces
I3-35: SOLAR BAG
Category: I3 Gases
Purpose:
To demonstrate how the density of a gas changes with temperature.
E2-73: AUDIOTAPE 18 MIN - SOUNDS FROM SPACE
Category: E2 Astronomy
Purpose:
Tape of signals from several early artificial satellites.
I7-09: Spontaneous Ordering - Crystal Formation Models
Purpose:
Demonstrates the formation of crystal patterns from disordered objects
C3-13 INERTIA: HAMMERHEAD
Category: C3 First Law of Motion
Purpose:
Illustrates inertia in a hands-on manner
I2-28: WATER BALLOON AND CANDLE
Category: I2 Transfer of Heat
Purpose:
To demonstrate the transfer of heat by water
L7-43: Telephoto Lens Model - Point Source
Category: L7 Optical Instruments
Purpose:
A model of a telephoto lens
C7-19: GAUSSIAN GUN
Category: C7 Collisions
Purpose:
Demonstrate transfer of energy in an elastic collision
I6-39: MOLECULAR MOTION DEMO - CHARLES' LAW
Purpose:
Model Charles' law.
I6-38: MOLECULAR MOTION DEMO - BOYLE'S LAW
Purpose:
Model Boyle's law.
I6-37: MOLECULAR MOTION DEMO - VAN DER WALLS FORCES
Purpose:
Introduce the concept of attractive force between molecules.
-
D4-01: GYROSCOPE WITH COUNTERWEIGHTS
Illustrate precession and nutation with a precision gyroscope.
Read More
-
D4-02: BICYCLE WHEEL GYROSCOPE WITH COUNTERWEIGHT
Demonstrate precession and nutation of a gyroscope.
Read More
-
D4-03: BICYCLE WHEEL GYROSCOPE ON PIVOT
Demonstrates gyroscopic precession and nutation Read More
-
D4-04: BICYCLE WHEEL GYROSCOPE ON ROPE
Illustrate gyroscopic precession in a surprising way.
Read More
-
D4-05: GYROSCOPE WITH GIMBAL RINGS
Demonstrate gyroscopic stability.
Read More
-
D4-06: ELECTRIC GYROSCOPE
Demonstrates gyroscopic precession and nutation Read More
-
D4-07: SUITCASE GYROSCOPE
Allow people to "feel" the effect of gyroscopic forces.
Read More
-
D4-08: PRECESSION AND NUTATION OF GYROSCOPE - MODEL
Show the geometrical relation between precession and nutation of a gyroscope.
Read More
-
D4-09: ZERO-TORQUE GYROSCOPE
Demonstrate that the axis of rotation does not change when the net gravitational torque on the gyroscope is zero.
Read More
-
D4-10: AIR GYROSCOPE
Show gyroscopic effects in a relatively friction-free system.
Read More
-
D4-21: SHIP STABILIZER
Demonstrate how a gyroscope can stabilize the rocking of a ship.
Read More
-
D4-22: MONORAIL CAR
Demonstrate gyroscopic stability Read More
-
D4-23: GYROCOMPASS
Illustrate the operation of the gyrocompass.
Read More
-
D4-24: GYROCOMPASS - MODEL
Demonstrate how a gyrocompass works.
Read More
-
D4-25: GYROSCOPE - TOY
Illustrate the gyroscope.
Read More
-
D4-27: EULER'S DISK
Demonstrate kinematics and inertia. Read More
- 1