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Don’t Touch the Ground! – Motion, Kinetic Energy and Momentum (iStage 3)

Achtung, Aufsetzer! – Bewegung, kinetische Energie und Dynamik des Fußballs (iStage 3)

Goalkeepers say that their job becomes more difficult if the ball bounces on the ground in front of them, because this leads to a change in energy and movement of the ball.

In the teaching unit ‘Don’t Touch the Ground!’ the students are introduced to the laws of physics related to the translational and rotational movement by looking at the football being a rotating solid object in rolling and bouncing motion. In simple experiments they let a ball roll down a ramp onto a flat ground and let it jump from a raised ramp. Afterwards they record the particular movement of the ball, analyse it with a videoanalysis tool and determine the changes in energy and velocity.

The teaching unit is taken from the brochure ‘iStage 3 - Football in Science Teaching’ from the topic ‘ball’. The complete brochure can be ordered free of charge via mail (info@science-on-stage.de) or downloaded. It was developed by 20 teachers from 15 countries around Europe. The project was proudly supported by SAP.

Authors: Dionysis Konstantinou (GR), Andreas Meier (DE), Zbigniew Trzmiel (PL)

All additional material for the brochure can be found here.

Try out this teaching idea and take part in the ‘European STEM League’! #EuropeanSTEMLeague

Downloads iStage 3 - Achtung Aufsetzer iStage 3 - Dont Touch the Ground iStage 3 - Maradjon a levegőben iStage 3 - Que No Toque El Suelo iStage 3 - Cauchemar de goal iStage 3 - Nie dotykaj ziemi iStage 3 - Hlavně aby se nedotkl země iStage 3 - Ας μη χτυπήσει στο γρασίδι iStage 3 - Bollen i rörelse Flyer - Europäische MINT Liga Flyer - European STEM League Related matrial Laternenmond: Chemie in der Grundschule mit Petra Mischnick und dem Tapetenkleister-ExperimentKeine Angst vor Naturwissenschaften in der Grundschule: Chemie und Physik für die JüngstenPhänomene der Physik in Slow Motion: Beobachtungen mit HochgeschwindigkeitskamerasLaternenmond: Elektrizität in der Grundschule mit Physiker Otto LührsBioabfall von heute – Energieversorgung von morgen? Experimente mit Biogas (Alles im grünen Bereich)