The Oersted Device demonstrates how a magnetized object, in this case a needle, is deflected by the presence of an alternating magnetic field, produced here by an electric current. The magnetic needle has two distinct poles and a length ...
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600-winding coil without core attached to a safe box and featuring safety sockets. For experiments on induction, a bar magnet can be passed through the coil.
Dimensions: 135x85x40 mm³
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This solenoid allows you to magnetize and demagnetize ordinary magnets or iron bars in addition to conducting inductance experiments. The rugged unit consists of insulated copper winding mounted on a base with 4mm sockets and a switch.
Windings ...
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Horseshoe-shaped Al-Ni-Co magnet. Poles are marked red and green.
Specifications
Pole area: 20 x 10 mm
Distance between poles: approx. 50 mm
Length of shank: approx. 70 mm
Weight: approx. 400 g
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Apparatus for demonstrating repulsion forces between magnets. Two ring magnets facing each other with identical poles are slid on a rod.
Base: approx. 100 mm dia.
Rod: approx. 100 mm x 30 mm dia.
Weight: approx. 410 g
Contents:
1 Rod ...
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Apparatus for recording the magnetic flux density as a function of the magnetic field strength in different samples.
Dimensions of the iron samples: approx. 140 mm x 10 mm diam.
Number of turns: ...
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