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Kohlenstoff
In 10 interaktiven Modulen und in interaktiven Videos wird Wissen zu Kohlenstoff vermittelt und abgefragt.
Das Medium bietet H5P-Aufgaben an, die ohne zusätzliche Software verwendbar sind.
Durch interaktive Aufgabentypen wird das audiovisuelle und interaktive Lernen einfach.
Lernen macht jetzt Spaß!
Included Tasks
- I Was ist Kohlenstoff - Lückentext
- II Kohlenstoff im Alltag - Aufgaben mit Video
- III Kohlenstoffarten - interaktives Video
- IV Kohle und Kohlenstoff - interaktives Quiz
- V Kohlenstoff im Alltag - interaktive Aufgabe
- VI Summenformeln für Spezialisten - interaktive Flashkarten
- VII Strukturformeln und Summenformeln - interaktive Aufgabe
- VIII Kohlenstoff im Buchstabengitter - interaktive Aufgabe
- IX Säure-Basen-Eigenschaften - interaktive Aufgabe
- X Kohlenstoff- interaktive Aufgaben
Curriculum-centred and oriented towards educational standards
Matching
Solutions, Emulsions and Mixtures of Substances
Be it milk in a cereal bowl, tea in a glass or the air around us. We constantly come across mixtures of substances in our everyday lives. As the name suggests, they are mixtures – mixtures of several so-called pure substances.
Biogas
In our modern lives, we are dependent on a regular supply of energy.
Basics of Chemistry I
We are surrounded by objects and substances. We recognise objects that are to serve a specific purpose by their shapes. Similar objects may consist of different materials or substances. Substances, however, are independent of shapes and possess very specific properties. We are able to perceive many of these substances with our senses. For example, we can see, touch or smell them so as to be able to recognise them. Chemists are particularly interested in those substance characteristics that can be measured. On the basis of these measurable properties they can distinguish between substances, identify a specific substance or test it for special use. Models help us to understand phenomena. They depict only specific elements of our reality, thus presenting the world in a simplified way. The spherical particle model, for example, helps us to understand how a scent spreads all over the room or substances disperse in water.