Monday, 16 June 2014 13:48
D4-06: ELECTRIC GYROSCOPE
Additional Info
- ID Code: D4-06
- Purpose: Demonstrate gyroscopic motion and forces.
- Description: The gyroscope, in gimbal rings, is driven by an electric motor to allow continuous use. Weights can be added to cause precession. Pushing on the various rings creates concomitant change of orientation of the gyroscope. What might happen if a magnet is held close to the rotating metallic flywheel?
- Availability: Available
- References: REFERENCES: (PIRA 1Q50.30)
- Loc codes: D4
Published in
D4 Gyroscopes
Tagged under
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D4-01: GYROSCOPE WITH COUNTERWEIGHTS
Illustrate precession and nutation with a precision gyroscope.
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D4-02: BICYCLE WHEEL GYROSCOPE WITH COUNTERWEIGHT
Demonstrate precession and nutation of a gyroscope.
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D4-03: BICYCLE WHEEL GYROSCOPE ON PIVOT
Demonstrates gyroscopic precession and nutation Read More
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D4-04: BICYCLE WHEEL GYROSCOPE ON ROPE
Illustrate gyroscopic precession in a surprising way.
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D4-05: GYROSCOPE WITH GIMBAL RINGS
Demonstrate gyroscopic stability.
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D4-06: ELECTRIC GYROSCOPE
Demonstrates gyroscopic precession and nutation Read More
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D4-07: SUITCASE GYROSCOPE
Allow people to "feel" the effect of gyroscopic forces.
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D4-08: PRECESSION AND NUTATION OF GYROSCOPE - MODEL
Show the geometrical relation between precession and nutation of a gyroscope.
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D4-09: ZERO-TORQUE GYROSCOPE
Demonstrate that the axis of rotation does not change when the net gravitational torque on the gyroscope is zero.
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D4-10: AIR GYROSCOPE
Show gyroscopic effects in a relatively friction-free system.
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D4-21: SHIP STABILIZER
Demonstrate how a gyroscope can stabilize the rocking of a ship.
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D4-22: MONORAIL CAR
Demonstrate gyroscopic stability Read More
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D4-23: GYROCOMPASS
Illustrate the operation of the gyrocompass.
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D4-24: GYROCOMPASS - MODEL
Demonstrate how a gyrocompass works.
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D4-25: GYROSCOPE - TOY
Illustrate the gyroscope.
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D4-27: EULER'S DISK
Demonstrate kinematics and inertia. Read More
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