| Product Code |
Product Image |
Item Name |
Price |
| BIMET |
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Brass and iron strip, mounted in a wooden handle, used for demonstrating heat coefficients of expansion of different metals. Original robust version... |
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| CMM35 |
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Coloured bulletin board magnets. Size 35mm dia. Assorted colours. Pack of 6 |
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| CONDAP |
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Apparatus for demonstrating the thermal conductivity of different metals. Strips of copper, iron, aluminium & brass, all stamped with their name,... |
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| RINGB |
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A two-piece set to demonstrate heat expansion. The ring and ball are mounted on separate handles. Supplied with full supporting teacher's notes.... |
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| EXSPR100 |
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Springs 22 x 15, for demonstrating Hooke's Law, resolution of forces, kinetic energy measurement etc. Will recover from stretch to approx 400mm. Pack... |
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| EXSPR25 |
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Springs 22 x 15, for demonstrating Hooke's Law, resolution of forces, kinetic energy measurement etc. Will recover from stretch to approx 400mm. Pack... |
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| MAGLEV |
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It isn't possible to turn gravity off, but with this device the gravitational pull of the Earth is counteracted by the magnetic pull of a large... |
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| NEOD1004X10 |
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Neodymium is a 'rare earth' magnet material and they have the greatest pulling force of all permanent magnets. Size 10mm dia x 4mm. Pack of 10 |
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| NEOD1504X4 |
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Neodymium is a 'rare earth' magnet material and they have the greatest pulling force of all permanent magnets. Size 15mm dia x 4mm. Pack of 4 |
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| NEOD2010X4 |
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Neodymium is a 'rare earth' magnet material and they have the greatest pulling force of all permanent magnets. Size 20mm dia x 10mm. Pack of 5 |
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