Finding Out About Magnetism:
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Two strong cylindrical magnets, iron discs, and specially prepared iron filings help students explore magnetic phenomena
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Students investigate:
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Distribution of magnetic force along a bar magnet
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Combining magnets to form stronger magnetic systems
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Magnetic fields between poles
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Relationship between electricity and magnetism
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Hands-on experiments designed to build curiosity and conceptual understanding
Electric Circuits Made Easy:
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Flexible silicone leads and safety connectors ensure easy and secure connections
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Students can:
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Build simple circuits
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Clearly observe the flow of electric current
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Includes 15 safe and interactive experiments
No External Power Required:
- Powered by a battery holder with 3 AA batteries
- No need for mains electricity
- Ensures safe classroom experimentation
Contents:
- 1 × Storage case
- 1 × Inlay with cut-outs (P2)
- 2 × Bases with incandescent lamps
- 1 × Battery holder with 3 AA batteries
- 2 × Bases with toggle switches
- 1 × Base with sockets
- 1 × Shaker with iron filings
- 2 × Iron keepers
- 2 × AlNiCo cylindrical bar magnets
- 7 × Iron washers (in box)
- 1 × Compass
- 1 × Field line platform
- 1 × Material samples (in box)
- 1 × Coil on base
- 1 × Base with crocodile clips
- 1 × Base for magnets
- 5 × Experiment leads (8.5 cm)
- 1 × Experiment lead (17 cm)
Experiments:
- Ferromagnetic materials
- Magnetic poles
- Magnetic interaction
- Magnetic effects
- Magnetic field lines
- Compasses
- Supply of electricity
- Electrical potential (voltage)
- Electrical conductors and insulators
- AND circuits
- OR circuits
- Two lamps in series
- Two lamps in parallel
- The Oersted experiment
- Electromagnet