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OPTIKA ITALY

1342 Apparatus to Verify the Electromagnetic Induction Law and the Principle of Action-Reaction

1342 Apparatus to Verify the Electromagnetic Induction Law and the Principle of Action-Reaction

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Apparatus to Verify the Electromagnetic Induction Law and the Principle of Action-Reaction

Inside the aluminum tube, a magnet falls with uniform motion. The explanation is the following: during the fall of the magnet, the aluminum tube is linked to a variable magnetic flux and therefore it has induced currents whose directions, according to Lenz’s law, are opposite to what has generated them, i.e. the magnet’s motion, in this case. The consequence is that the latter , in the beginning phase, falls with uniformly accelerated motion because it’s moved by a vertical force whose intensity is equal to the difference between its weight P and the electromagnetic force F. This force is proportional and opposed to the speed of the fall, i.e. it is a viscous force: F = - kv. The moment the magnet reaches the speed v0 so that P - kv0 = 0, its motion becomes uniform. Thanks to the principle of action and reaction, the magnet reacts on the tube with an equal and opposite force and, therefore, during the fall with uniform motion of the magnet, the spring scale measures a force with an intensity equal to the sum of the tube’s and the magnet’s weights.

Supplied Materials:

1 Table clamp 2 Dobble boss heads 1 750 x 10 mm rod 1 Spring scale 1000 g 1 Kit of magnets 4 10 g masses, diameter 4 mm 1 Aluminum tube with ring-shape support      1 Container to collect the magnets 1 Ring-shape PVC support for tube       1 Support for spring scale 1 Didactic guide

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