Physics

Class set Electricity 2.0 Basic circuits for circuit boards

6 groups of students can experiment at the same time.

 

Experiments

• Electric circuits

• Conductors and insulators

• Series and parallel lamp circuits

• Games with circuits

• Logic circuits

• Practical circuits

• Measurement of electric current

• Measurement of voltage

• Ohm’s law

• Electrical resistance of a conductor

• Kirchhoff’s laws

• Electrical power

 

Teacher’s manual

• Detailed assembly instructions

• Tips for implementation

• Worksheets for students

• Complete evaluation of examples

The picture shows a red case with a textured foam insert in which several experimental devices and cables are organized. The arrangement includes various electronic components designed for teaching purposes in education.
The picture shows a red case with a textured foam insert in which several experimental devices and cables are organized. The arrangement includes various electronic components designed for teaching purposes in education.
The picture shows a red case containing an experiment kit for electricity, including several components and cables. There is also an accompanying booklet entitled "Electricity 2.0" next to it, which serves as an instruction manual.
The image shows a book cover titled "Electricity 2.0" which presents a classroom set of basic circuits on a breadboard. It includes a QR code for support and shows a boy working on an experiment.
The picture shows a diverse set of experimental accessories arranged in a padded box. You can see various adapters, cables, as well as transparent and white components that are used for educational purposes in science classes.
The picture shows a red plastic set labeled "Electricity 2.0" that is intended for experimental circuits on plug-in slots. It is part of a student set from Cornelsen Experimenta that was designed for the educational sector.
The picture shows instructions for an experiment on series and parallel connections of lamps. The basics of logical circuits and their measurements are explained, and the materials required are listed.
The picture shows instructions for setting up a simple electrical circuit. The text describes the experiment and lists the materials required, such as jumper plugs, experiment cables and a light bulb.
The picture shows a selection of experimental materials, including connectors and cables, intended for practical use in schools. A gray circuit board with connection holes can also be seen, indicating electromagnetic applications.
The picture shows instructions for an experiment to investigate the electrical resistance of a conductor. It describes the materials required, the experimental procedure and the factors that influence the resistance.
The picture shows various electronic components, including switches, light bulbs and connecting cables, used for educational experiments. Alongside the materials is an instruction manual with information on how to conduct an experiment to control fog lights.
The image shows a circuit diagram with different slots marked as "connected" or "not connected". An LED symbol and a connector element illustrate how electrical connections can be made.
The picture shows a boy working with an experiment kit containing electronic components in a classroom. He is testing the circuits while other students work on their projects in the background.
The picture shows two schoolgirls working concentratedly on an experimental project. One of the girls is drawing something on paper while the other is carefully looking at the materials on the table.
The image shows a digital multimeter showing a resistance of 2.075 kΩ. Next to it is a worksheet titled "Resistance of a Conductor" while a person connects two test leads to the conductor and takes notes.
The image shows a hand writing with a pencil on a worksheet with a diagram and graphic representation of high voltage power lines. The worksheet appears to contain information about the electrical resistance of conductors.
The picture shows a case set with various experimental materials, including cables, resistors and switches, used to carry out electrical engineering experiments in education. An illustrated manual inside the case explains the components and their use.
The picture shows a girl smiling as she works at a table with electrical components and circuits. In the background are other students and teachers in a classroom used for experiments.

item number 23410

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A simple circuit is set up on the breadboard and used to learn about the basic properties and important components.


The conductivity of different materials/objects is examined qualitatively.


The series and parallel connection are qualitatively studied based on the brightness of lamps. The experiment forms the basis for logical circuits and measurements in branched and unbranched circuits.


With several puzzles on circuits, the terms series and parallel circuits are practiced and skills in the construction of electrical circuits are consolidated.


The two easiest logical circuits are worked out independently in 2 stations and serve as preparation for learning the stations for "Circuits in the household and everyday life".


In a simple circuit, the current is measured and evaluated at various points.


In a series connection with two lamps, the voltage is measured and evaluated between different points.


The characteristics of an incandescent lamp and an ohmic resistance are measured and evaluated.


The experiment investigates which factors besides temperature have an influence on the resistance of a wire. Instead of a wire, graphite lines are examined on conventional and therefore poorly conducting paper.


Kirchhoff's laws are derived by measuring voltage and current and calculating resistance.


The electrical power is examined based on the brightness of lamps and the proportionality to current and voltage is discovered.


At ten different stations, simple electrical circuits from practice are to be reconstructed. The focus is on the multiple use of series and parallel circuits of switches and lamps.


  • 1 × Storage box, red 430x330x99 mm
  • 6 × Plug lead, 25 cm, red
  • 6 × Plug lead, 25 cm, black
  • 1 × Carton for storage box, 481x425x107
  • 6 × Graphite pencil, 8B Hardness grade
  • 12 × Crocodile clip with 4 mm plug
  • 1 × Foam insert, 430x320x20mm
  • 1 ×
  • 6 ×
  • 48 × Bridge plug, white 4 mm
  • 18 × Lamp holder MES on 19 mm plug-in element
  • 2 × Bulb, MES, 12 V / 0,25 A
  • 18 × Lever switch arm on plug
  • 6 × LED plug-in-element, red
  • 30 × Knife switch spring contact with plug
  • 6 × Resistor, 100 Ohm, 1 W plug-in element
  • 6 × Resistor, 47 Ohms 1W plug-in element
  • 6 ×

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