Siehe P3790-1AL

Manual and worksheets for Electrics and Electromagnetism of the magnetic block system "compact" (MBC), comprising the following topics:

Basic circuits, conductors & non-conductors
ELC 01.01 The electrical circuit
ELC 01.02 * Double-throw switch
ELC 01.03 * Two-way switch
ELC 01.04 Voltage
ELC 01.05 Serial connection of voltage sources
ELC 01.06 Parallel connection of voltage sources
ELC 01.07 Terminal voltage – Idle voltage
ELC 01.11 Amperage
ELC 01.12 Conductors and non-conductors - solids
ELC 01.13 Conductors and non-conductors - liquids
ELC 01.14 Is the human body an electrical conductor?
ELC 01.15 Is the human body an electrical conductor in contact with water?
ELC 01.16 Closing a circuit by grounding

Electrical Resistance
ELC 02.01 Ohm’s law
ELC 02.02 Application of Ohm’s law
ELC 02.03 * Measuring resistance with an Ohmmeter
ELC 02.04 Is the resistance of a wire depending on its length and its diameter?
ELC 02.05 * Is the resistance of a wire depending on its material and temperature?
ELC 02.06 Is an incandescent lamp an ohmic resistor?
ELC 02.07 Serial connection of incandescent lamps
ELC 02.08 Serial connection of ohmic resistors
ELC 02.09 Parallel connection of incandescent lamps
ELC 02.10 Parallel connection of ohmic resistors
ELC 02.11 * Ohmic resistors in parallel and series circuits
ELC 02.12 Voltage division
ELC 02.13 Model of potentiometer
ELC 02.14 * Dimming by means of a potentiometer

Thermal energy derived from electrical energy
ELC 03.01 Electrical energy is converted into thermal energy
ELC 03.02 The incandescent effect of a filament
ELC 03.03 Conducting wires and resistance wires
ELC 03.04 Safety fuse

Work and power
ELC 04.01 Work and power of electrical current
ELC 04.02 * Work and power of an electric motor

Electromagnetic Induction
ELC 05.01 Induction voltages in conductor loops
ELC 05.02 Creation of induced voltage in a coil
ELC 05.03 Dependence of induced voltage on the number of turns of a coil
ELC 05.04 Dependence of induced voltage on the speed of movement

Electromagnetism
ELC 06.01 * A current-carrying conductor creates a magnetic field
ELC 06.02 Magnetic field lines around a current-carrying conductor
ELC 06.03 Magnetic field lines around a current-carrying conductor loop
ELC 06.04 Magnetic field lines around a coil

ELC 07.01 A current-carrying coil creates a magnetic field
ELC 07.02 The magnetic field of a current-carrying coil
ELC 07.03 Magnetic force of a current-carrying coil
ELC 07.04 Dependence of the magnetic force on the number of turns
from a current-carrying coil
ELC 07.05 The principle of the electromagnet
ELC 07.06 Opening and closing a circuit with the aid of a magnet
ELC 07.07 Model of a relay with make contact
ELC 07.08 Model of a relay with make and break contact
ELC 07.09 A self-interrupting circuit
ELC 07.10 The electric bell
ELC 07.11 Effect of force on a current-carrying conductor in a magnetic field -
conductor swing

Transformator
ELC 08.01 Voltage transmission on a non-loaded transformer
ELC 08.02 Current is also transformed
ELC 08.03 Model of an induction melting furnace
ELC 08.04 Thomson cannon

The experiments marked with * require additional material outside from the MBC Electricity set and the MBC Electromagnetism set.