Module: Licht, Waerme, Strahlen / Magnetismus, Elektrizitaet, Induktion / Daemonen und Geister
Sequence: 2.0. Vitrine_11310: Magnetismus, Elektrizitaet, Induktion
Branching Point: Magnetism, Electricity, Induction
Sequence: 2.1. Objektfolge_11310: Magnetismus, Elektrizitaet, Induktion
Slide: Armed Loadstone
Slide: Spherical Gyrocompass
Slide: Electroscope
Slide: Electrometer
Slide: Leyden Jar
Slide: Electric Pile
Slide: Peltier Effect
Slide: Seebeck Effect
Slide: Mechanical Model of Induction
Slide: Electrodynamic Current Balance
Slide: Magnetic Field of a Conductor
Slide: Electromagnetic Motor
Slide: Electric Motor
Slide: Einstein’s Lecture Notes concerning the Volta Element
Slide: Page from an Einstein Manuscript
Sequence: 2.2. Ebene_03_Magnetism_Objects_Deep
Branching Point: Objects in Operation
Sequence: 2.2.1. Objekt 11310_1523: Elektromotor von Hipp_Deep
Slide: Electric Motor
Slide: Direct Current Motor of Matthias Hipp
Sequence: 2.2.2. Objekt 11310_1547: Leydener Flasche_Deep
Slide: Leyden Jar
Slide: How does the Leyden Jar Work?
Sequence: 2.2.3. Objekt 11310_1587: Elekroskop_Kondensator_Deep
Slide: Electroscope
Slide: An Electrometer is Transformed into an Electroscope
Slide: How does the Electroscope Work? (Animation I)
Slide: How does the Electroscope Work? (Animation II)
Slide: An Electroscope in Action
Sequence: 2.2.4. Objekt 11310_1588: Elektrometer_Deep
Slide: Electrometer
Slide: How does the Electrometer Work?
Slide: An Electrometer in Action
Sequence: 2.2.5. grueel_animationen_branch
Branching Point:
Sequence: 2.2.5.1. Gruuel_animation_de
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Sequence: 2.2.5.2. Gruuel_Animaation_en
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Sequence: 2.3. Ebene_03_Magnetism_History
Branching Point: Electricity Becomes Popular
Sequence: 2.3.1. Die Entdeckung der Elektrizitaet (EH)
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Sequence: 2.3.2. Biographie: Alessandro Volta
Slide: Alessandro Volta (1745–1827)
Sequence: 2.3.3. Elektrifizierung (EH)
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Sequence: 2.3.4. Industrialisierung_elektrizitaet
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Sequence: 2.4. Studie_zur_Magnetisums
Slide: Magnetism in the 17th Century
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Magnetic Field of a Conductor
E. Leybold’s Nachfolger, Cologne

A current is applied to one end of a bar magnet, and discharged in the middle by means of a wire immersed in a channel filled with mercury. The magnet starts rotating under the influence of the magnetic field that builds up around it.

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