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Electric cube

As a researcher in primary school science class, you will investigate and learn about electricity.

The electric cube is the perfect combination of fun and knowledge to convey in a clear, safe and child-friendly way how exciting physics can be.

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Elektrowürfel Hocker

5 Experiments for Independent Research in the 3rd and 4th Grades

The 5 experiments are suitable for the experimental investigation of electrical circuits as part of the lesson sequence on the topic of materials and energy in home and social studies. No prior knowledge of current and electricity in general is required.

 

All experiments are included in four versions and can be quickly and easily assigned to the appropriate experiments thanks to the color scheme of the individual modules. The transparent housings of the individual modules make the experiments particularly clear and increase the students' enthusiasm for experimentation. All utensils are easy to store in the cube and can therefore be set up and dismantled quickly.

 

The practical cube stool in which the experiments are stored also fits visually into the students' learning environment as a piece of furniture. The plain and simple shape gives the electrical components so much space that they invite safe and independent exploration. The individual components are easy to understand and can be used without any concerns.

 

Due to its stable and robust construction and intuitive operation, the cube is particularly suitable for use in primary schools. Thanks to the cube's modern and wireless charging system, the research set can be used in class at any time and without a long lead time. The charging system can also be expanded to include a photovoltaic module in order to experience various methods of generating electricity.

Experiment 1

We make a lamp shine.

Learning goal

The students learn about the components of a light bulb and a battery, build a simple electrical circuit, sketch it and realize that electrons can only flow in a circle.

 

Description

In this experiment, a light bulb is lit using a battery module as a power source and a switch. The students test and describe the effects of electrical energy.

The students build a simple electrical circuit and sketch it using appropriate symbols.

 

material

  • 2 cables

  • 1 light blue module (battery)

  • 1 yellow module (bulb)

  • researcher sheet FB 2

  • Word cards about the light bulb and the battery

  • Tip cards for the yellow and light blue module

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Experiment 2

We install a switch

learning goal

The students learn how to open and close an electrical circuit, build an electrical circuit with a switch and sketch it.

Description

In these experiments, a battery module is used as

power source and a switch a light bulb to

brought to light.

material

  • 3 cables

  • 1 light blue module (battery)

  • 1 yellow module (bulb)

  • 1 green module (switch)

  • researcher's sheet FB 3

  • Tip cards for the yellow, green and light blue module

Experiment 3

We light two lamps.

Learning goal

The students make two lamps light up by connecting them in series and in parallel and recognize the respective advantages and disadvantages.

 

Description

In these experiments, a battery module is used as

power source and a switch two light bulbs for

The researchers test and describe the effects of electrical energy in a series and a parallel connection.

 

Material

  • 5 cables

  • 1 light blue module (battery)

  • 2 yellow modules (light bulb)

  • 1 green module (switch)

  • researcher's sheet FB 4

  • Tip cards for the yellow, light blue and green modules

Elektrowürfel Versuch Beispiel
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Experiment 4

Which materials conduct?

Learning goal

Investigation of different materials according to electrical conductivity.

 

Description

In this experiment, a light bulb is illuminated via the experiment station using a battery module as a power source and a switch. The students test and describe the electrical conductivity of various materials.

The students build an experimental station, create a series of tests and use it to research the conductivity of different materials.

 

material

  • 4 cables

  • 1 light blue module (battery)

  • 1 dark blue module (switch)

  • 1 yellow module (1 light bulb)

  • 1 orange module

  • bags with material samples

Experiment 5

Electricity generation through solar energy

learning goal

The students learn about solar cells as an environmentally friendly energy source and experiment with how the most electricity can be generated from solar energy.

Description

In this lesson, the students will use exploration to find out how to position the solar cell so that it generates the most electricity. They will record their results on a research sheet.

material

  • solar cell

  • researcher's sheet FB 6

  • module with 4 LEDs

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Price of the electric cube

999 €

incl. 7% VAT,

plus shipping and handling

Electric cube designed by Lothar Leuchter (master electrician & master designer). Accompanying material created by Alexandra Müller (primary school teacher)

 

The experimental set is produced by the Brucker Workshop for People with Disabilities Fürstenfeldbruck of the Caritas Association of the Archdiocese of Munich and Freising eV

 

When selecting materials and components, special emphasis was placed on usability as well as recyclability and repairability.

Caritas Brucker Werkstatt Logo

The delivery time is approximately 1 month from receipt of the order. Delivery costs are not included in the price.

Documentation of the Electric Cube

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Phone: +49-172-9557249

Email: help@solarbildung.org

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