- Böhm P., Filipenská L.: Physics on an Airplane, Fair 17, Praha 2012
After asking acrobatic pilots, we attached cameras and Vernier sensors on the plane and the pilots and we monitored the acrobatic flight.
- Bujak B., Godlewska Z., Ociepa M., Opaska A., Raczkowska-Tomczak K., Trzebuniak A.: Centrum Nauk Przyrodniczych w Publicznym Gimnazjum Nr 6 w Opolu, Fair 17, Praha 2012
The article shows how to interconnect physics, mathematics, chemistry and biology with social science.
- Kielbusová Z.: Some Border Experiments, Fair 17, Praha 2012
This paper represents experiments in between physics, chemistry and biology, which are suitable for development of interdisciplinary relations.
- Mathelitsch L.: Physics and Sports, Fair 22, Olomouc 2017
The paper points out advantages of including the topic Physics and Sports into school instruction. Various examples of the use of physics in sports are also described here. It deals with the high jump, the optimal angle for a shot put, and world records.
- Pejčochová V., Nováková D.: Fragments of Playing with Science at Novolíšeňská, Fair 21, Brno 2016
The paper focuses on an exhibition of scientific and technical activities at the Novolíšeňská primary school together with particular examples, instructions for experiments, and physical models and toys.
- Rut-Marcinkowska M.: Physics of young artists, Fair 7, Praha 2002
This contribution is denoted to non-traditional teaching and physics popularization methods of Polish schools (competitions, school performance, etc.). The author mentions her experience with this form of education and specific examples from school.
- Válek J., Sládek P.: How to draw 2D oscillations and Lissajous curves using 3D projection, Fair 16, Olomouc 2011
This contribution presents possibilities of dynamic modelling that was developed using PHP for composition of perpendicular commensurable oscillations in a plane. Modelling is accompanied by a real 3D model realized on a transparent foil, with whose 2D projection one can verify the result with students.
- Vícha V., Formánek P.: Heat pack, Fair 11, Olomouc 2006
It is possible for some substances to stay in a liquid state at temperatures and pressures below their triple point values. Crystallization in such a state releases its internal energy in the form of heat. Simple measurements concerning this phenomenon can be conducted with a heat pack (Fire Bag)