The components of this supplement are stored in a separate tray.
 
This kit covers the following basic laws of physics:

• Coulomb’s law
• Faraday's law of induction
• Ohm’s law
• Oersted’s law
• Galvanic cell
• Lenz´s law

• 1 - Ohm’s law

  experiment "Ohm’s law"

  The experiment shows the relationships between the quantities U=voltage, I=current and R=resistance.

  
  
• 2 - Wattage

  experiment "Wattage"

  The experiment shows to what extent a parallel connection or a series connection influences the electrical output.

  
  
• 3 - Electric work

  experiment "Electric work"

  In this experiment, the heat development of a current-carrying heating wire is observed.

  
  
• 4 - Bimetallic switch

  experiment "Bimetallic switch"

  The experiment deals with the structure of a circuit, with a bimetallic switch, and its influence on the circuit.

  
  
• 5 - Relay

  experiment "Relay"

  In this experiment, the effect of the relay is observed.

  
  
• 6 - Lenz’s law

  experiment "Lenz’s law"

  An induction current is always directed in such a way that it counteracts the origin of the creation.

  
  
• 7 - Transformer

  experiment "Transformer"

  This experiment explains the principle of a transformer.
  A transformer can increase or decrease charges and resistances.

  
  
• 8 - Model of an electroscope

  experiment "Model of an electroscope"

  The students build a pendulum from pieces of elderberry pulp and examine the electrical state.

  
  
• 9 - Faraday beaker

  experiment "Faraday beaker"

  The experiment shows the effect of a pendulum piece with an electrically charged plastic rod.

  
  
• 10 - Magnetic field

  experiment "Magnetic field"

  The magnetic field is a special state of space in which electrically charged bodies are attracted or repelled.

  
  
• 11 - Electrical circuit

  experiment "Electrical circuit"

  The students build an electrical circuit.

  
  
• 12 - Electrical circuit with switch

  experiment "Electrical circuit with switch"

  Students build an electrical circuit with a switch.

  
  
• 13 - Conductor / non-conductor

  experiment "Conductor / non-conductor"

  Test to determine the conductivity of different substances.

  
  
• 14 - Current conduction in liquids

  experiment "Current conduction in liquids"

  Students examine the power line of various liquids.

  
  
• 15 - Voltage

  experiment "Voltage"

  In the experiment, it is observed what differences there are in the voltage when one or more incandescent lamps are switched on.

  
  
• 16 - Amperage

  experiment "Amperage"

  This experiment shows the effect of resistance on the current and the lamp associated with it.

  
  
• 17 - Electrical resistance

  experiment "Electrical resistance"

  This experiment shows the effect of resistance on the current and the lamp associated with it.

  
  
• 18 - Series connection of incandescent lamps

  experiment "Series connection of incandescent lamps"

  It is investigated what difference there is when connecting several incandescent lamps in a row and what effects this has on the current.

  
  
• 19 - Series connection of resistors

  experiment "Series connection of resistors"

  In this experiment, the series connection of resistors is investigated.

  
  
• 20 - Parallel connection of incandescent lamps

  experiment "Parallel connection of incandescent lamps"

  In this experiment, the parallel connection of incandescent lamps is investigated and what effect this has on the circuit.

  
  
• 21 - Parallel connection of resistors

  experiment "Parallel connection of resistors"

  The experiment investigates the effect of resistors, in a parallel connection, on the current.

  
  
• 22 - Dropping resistor

  experiment "Dropping resistor"

  The experiment shows the effect of an adjustable resistance on an incandescent lamp.

  
  
• 23 - Voltage divider

  experiment "Voltage divider"

  In this experiment it is observed what effect it has on a lamp when the voltage changes.

  
  
• 24 - Specific resistance

  experiment "Specific resistance"

  This experiment is for measuring specific resistances of different materials.

  
  
• 25 - Resistance and temperature

  experiment "Resistance and temperature"

  This experiment examines the conductivity of a wire when it is cold and when it is heated.

  
  
• 26 - Bridge circuit

  experiment "Bridge circuit"

  In this experiment, the system of a bridge circuit and its effect on the voltage of an incandescent lamp will be explained to you.

  
  
• 27 - Measuring resistances

  experiment "Measuring resistances"

  In this experiment, the resistance measurement is examined using an ammeter.

  
  
• 28 - Conversion into heat energy

  experiment "Conversion into heat energy"

  This experiment illustrates how electrical energy is converted into thermal energy.

  
  
• 29 - Light action

  experiment "Light action"

  This experiment shows how electrical energy is converted into light, like an incandescent lamp.

  
  
• 30 - Conductor and resistance wire

  experiment "Conductor and resistance wire"

  In this experiment, the difference between a power and a resistance wire is examined.

  
  
• 31 - Fuse

  experiment "Fuse"

  The experiment shows how a fuse works and makes sense in a circuit.

  
  
• 32 - Hot-wire ammeter

  experiment "Hot-wire ammeter"

  In this experiment, the position of a hooked weight is observed, which is suspended from a current-carrying conductor. From the observations, conclusions are drawn about the change in the position of the hook weight.

  
  
• 33 - Magnetic field of a conductor

  experiment "Magnetic field of a conductor"

  In this experiment, the effect of the magnetic field of a conductor is observed.

  
  
• 34 - Electromagnet

  experiment "Electromagnet"

  This experiment shows the effect of an electromagnet and is compared with that of a permanent magnet.

  
  
• 35 - Automatic interrupter

  experiment "Automatic interrupter"

  This experiment shows the structure of a self-interrupter, how it works and what processes take place in it.

  
  
• 36 - Principle of an electric motor

  experiment "Principle of an electric motor"

  This experiment illustrates the principle of an electric motor and how it works.

  
  
• 37 - Electric motor

  experiment "Electric motor"

  By applying a voltage to the electric motor, you get a rotary movement.
  Here, electrical energy is converted into mechanical energy.

  
  
• 38 - Induction

  experiment "Induction"

  This experiment shows the inductance of a coil.
  Induction is the movement of land carriers in a conductor.

  
  
• 39 - Induction with DC voltage

  experiment "Induction with DC voltage"

  This experiment examines the inductance of a coil in a DC circuit.

  
  
• 40 - Self-induction

  experiment "Self-induction"

  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.

  
  
• 41 - Principle of a generator

  experiment "Principle of a generator"

  This experiment illustrates how a generator works and how it works.

  
  
• 42 - Alternator

  experiment "Alternator"

  The alternator is used to generate single-phase alternating current.

  
  
• 43 - AC motor

  experiment "AC motor"

  An AC motor runs on single-phase AC power.
  It is also called an induction motor.

  
  
• 44 - Impedance of a coil

  experiment "Impedance of a coil"

  In this experiment, the difference in the resistance of a coil with DC voltage and AC voltage is measured.

  
  
• 45 - Capacitor

  experiment "Capacitor"

  This experiment illustrates the charging and discharging processes of a capacitor.

  
  
• 46 - Impedance of a capacitor

  experiment "Impedance of a capacitor"

  This experiment shows the change in resistance of a capacitor in DC and AC circuits.

  
  
• 47 - Frictional electricity

  experiment "Frictional electricity"

  Static electricity or friction is a type of charge separation. This creates a charge difference on the different bodies.

  
  
• 48 - Forces acting between harged bodies

  experiment "Forces acting between harged bodies"

  This experiment shows how charged bodies behave when approaching.

  
  
• 49 - Electroscope

  experiment "Electroscope"

  The experiment shows the change in the electroscope when its electrode is touched with an electrically charged plastic rod.

  
  
• 50 - Polarisation / induction

  experiment "Polarisation / induction"

  The experiment shows the effects when the charged plastic rod approaches the uncharged plastic rod.

  
  
• 51 - Induction at the electroscope

  experiment "Induction at the electroscope"

  The experiment shows the influence on the electroscope.

  
  
• 52 - Storing charges

  experiment "Storing charges"

  The experiment examines the electrical state when a charged plastic rod touches a metal cup and a glow lamp inside the metal cup.

  
  
• 53 - Magnetic action

  experiment "Magnetic action"

  In this experiment, the magnetic properties of different metals are tested.

  
  
• 54 - Forces acting between magnets

  experiment "Forces acting between magnets"

  The force of magnets means that like poles attract and different poles repel.

  
  
• 55 - Magnetic induction

  experiment "Magnetic induction"

  Magnetic influence refers to the magnetization of ferromagnetic materials. This happens when they come into a magnetic field strong enough to align their elemental magnets.

  
  
• 56 - Geomagnetism/compass

  experiment "Geomagnetism/compass"

  The way a compass works means that the needle always points to the geographic north pole, which is the same as the physical south pole. Therefore, it can be said that the earth is a great magnet.

  
  
• 57 - Electrolysis

  experiment "Electrolysis"

  Electrolysis is used to break down chemical elements under the influence of an electric current.

  
  
• 58 - Galvanisation

  experiment "Galvanisation"

  In this experiment, the influence of a copper sulphate solution when an electrical voltage is applied is examined.

  
  
• 59 - Electrochemical element

  experiment "Electrochemical element"

  In this experiment, the chemical processes occurring when the electrodes are immersed in the acidic electrolyte are observed.

  
  
• 60 - Electrochemical potential

  experiment "Electrochemical potential"

  In this experiment, the chemical processes are observed using different substances when the electrodes are immersed in the acidic electrolyte.

  
  

• 1 ×
• 1 × Students Kit Electricity - Upgrade Induction and Alternating Current (AC)
• 1 × Students Kit Electricity - Upgrade Electrostatics, Magnetism and Electrochemistry
• 1 × ||Students kit Electricity modules - Basics including circuit board