Advanced experiments on electromagnetism and electromagnetic induction
The supplementary set can be stored in the tray Student set electrics - basics.
This experiment explains the principle of a transformer.
A transformer can increase or decrease charges and resistances.
In this experiment, the difference in the resistance of a coil with DC voltage and AC voltage is measured.
This experiment shows the change in resistance of a capacitor in DC and AC circuits.
This experiment shows the inductance of a coil.
Induction is the movement of land carriers in a conductor.
This experiment examines the inductance of a coil in a DC circuit.
This experiment illustrates the principle of self-induction of a coil.
Self-induction is the ability of a coil to generate a voltage in a changing magnetic field.
An induction current is always directed in such a way that it counteracts the origin of the creation.
This experiment illustrates how a generator works and how it works.
The alternator is used to generate single-phase alternating current.
An AC motor runs on single-phase AC power.
It is also called an induction motor.
This experiment illustrates the charging and discharging processes of a capacitor.