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Make a flat battery - Sensor
This practical challenges pupils to find out how a flat battery is built and how it works. It is also intended that they learn to actively cooperate.
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Scientific work: Division of tasks
These documents help you to organize practical group work: division of tasks, task description, name cards, evaluation sheets, ...
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metal galvanizing - Sensor
This practical challenges students to investigate what happens in galvanizing and why are metal plated. The intention is that they learn to actively cooperate on assignments.
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An LED is lit: Practicum - Sensor
This lab focuses on the characteristics of an LED and challenges students to examine how to turn an LED in a circuit. The student learns This includes the setting up of a resistor and when they can use an LED.
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Mass Density: Liquid Layers in a cocktail
This resource shows a guideline between science and nutrition and challenges students to determine the mass density and compare non-alcoholic beverages.
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Powers and tools: Preliminary experiments
This learning challenges students to conduct experiments in a group of powers. The aim of this exercise is to experimentally determine the magnitudes which play a role in pressure.
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Polygraph: Practical assignment
This practical assignment starts with the history of the polygraph. Thereafter, the transistor is covered in detail, with examples, and applications.
On the basis of a roadmap and a list of materials and tools, it can pretty detailed contract be …
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LEGO Education Innovation Studio @ VIVES: STEM project
In our LEGO Studio, your class and/or you as a teacher can get started with the LEGO materials. This always takes place within an optimal learning environment and under the supervision of our LEGO coaches.
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How do you measure a drop?
This resource aims to teach a measurement technique that allows you to determine the volume of a liquid droplet accurate. The course of it is done according OVUR method.
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Quantities and units
With this learning tool, students discover through experimental research what quantities and units are. The tests are structured according to the OVUR method and the following variables are discussed: mass, temperature, surface area, time.
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Bubble Experiment
This resource challenges pupils on the basis of a scientific method to determine which factors blowing bubbles greatest possible impact.
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Ductile liquid Experiment
This resource challenges students to experiment with the ratio of water versus corn starch to make. A malleable liquid therefrom using a scientific method
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