Induction
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- Functioning model for a DC motor, DC and AC generator
- Equipped with everything required for the experiment
- Comes with a horseshoe magnet
- Straightforward and easy to operate
 | | Usually delivered within 10 working days |
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- Flat coil mounted on a plexiglas frame
- Use alongside the Helmholtz coils
- Freely rotates and introduces alternating current
- Hand crank and pulley drives the coil
| | Usually delivered within 10 working days |
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- Pair of coils in the Helmholtz configuration
- Use as a pair or in a series with other coils
- Spring clip for magnetic field sensor provided
- Produces a homogeneous magnetic field
| | Usually delivered within 10 working days |
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- Demonstrates Lenz's Law
- One open, one closed conductor loop
- Works alongside a magnet
- Straightforward and easy to use
| | Usually delivered within 10 working days |
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- Copper tubing to demonstrate eddy current
- Small steel cylinder and magnet
- Plastic caps to use tube as a container
- Clear illustration of Lenz's law
| | Usually delivered within 10 working days |
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- Supplied in sets of 3 coils
- Designed for resonant electric circuits
- 3 coils, 3 different sizes
- Suitable for safety extra low voltage
| | Usually delivered within 10 working days |
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- Plastic tubing with six identical coils
- Coils spaced evenly across the tubing
- Bar-magnet provided for immediate use
- Measures the voltage peaks and times
| | Usually delivered within 10 working days |
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- Inductance coil with an attached iron core
- Plastic housing and lifting handles
- Scale to measure how much core is inserted
- Measures inductance and self-inductance
| | Usually delivered within 10 working days |
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- Pendulum swings when the electromagnets are turned off
- Comes to an immediate stop when current is on
- Different surface areas demonstrate affects of braking and eddy currents
- Straightforward experiment with highly visible results
| | Usually delivered within 10 working days |
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