Electrostatics

- Capacitance of metal spheres and a spherical capacitor
- F-CSS/EV
  
  Details
  
  Applying a variable voltage source, you can charge metal balls of different sizes and a spherical capacitor. A measuring amplifier is used to determine the induced […]
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- Charge and discharge of a capacitor
- F-CSC/EV
  
  Details
  
  A test capacitor is charged through an electrical heater and the current flowing in the circuit is calculated based on the time; it’s also assess the […]
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- Charge and discharge of a coil
- F-CSB/EV
  
  Details
  
  The behaviour of a coil in a DC circuit changes as soon as the DC supply is turned on or off.
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- Coulomb potential and electric field of metallic spheres
- F-PCS/EV
  
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  Conductive spheres of different diameter Are electrically charged: a meter of the electric field and of a voltage probe allow you determining the static potential and […]
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- Coulomb’s law measurement with torsion spring
- F-LC/EV
  
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  Using a torsion spring in this experiment enables to measure the Coulomb force being generated between two charged balls. The equipment consists of a rotating body […]
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- Dielectric constant of a capacitor
- F-DIEL/EV
  
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  The relationship between capacitance C, charge Q and voltage V is described by ratio C=Q/V. The capacitance of a parallel plate capacitor depends on distance “d” […]
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- Electrolytic basin
- F-CE/EV
  
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  Kit for the recording of equipotential lines of electric fields. By electrodes of different shapes, the equipotential lines of a plate capacitor, an induced surface charge […]
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- Kit for electrostatics
- KEM-1/EV
  
  Details
  
  A very simple test demonstrates that if a plastic rod is rubbed with a cloth, it will be able to attract small pieces of paper. This […]
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- Van der Graaf generator
- F-VAN/EV
  
  Details
  
  This type of generator consists of a belt of insulating material stretched between two pulleys and kept in rotation by a motor.
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