- Houfková J., Mandíková D.: Physics in a box, Fair 17, Praha 2012
A box with dimensions of 10.2 cm × 6.2 cm × 2.2 cm is filled with stuff that can be used to demonstrate more than sixty different physics phenomena. This paper presents the contents of this box and selected experiments performed with it.
- Hubeňák J.: Modern Photometry – Using a Phototransistor And a Multimeter, Fair 8, České Budějovice 2003
A guide on how to make a simple probe for measuring light intensity using a phototransistor. Procedure for measuring the angular dependence of light bulb and LED light intensity (the outcomes are plotted in polar graphs) and a calculation of a quantum efficiency of LED. Making of a polarizing filter from a mobile phone display, a measurement of light bulb and LED light polarization.
- Pavlin J.: Liquid Crystals in the Classroom, Fair 19, Cheb 2014
Liquid crystal displays are a context for exploring many different physics phenomena. In the contribution few experiments related to liquid crystal displays are presented. The focus is on liquid crystals, its role in liquid crystal displays and on
experiments that illustrate the key liquid crystals properties.
- Piskač V.: Ice – The Physicist’s friend, Fair 10, Praha 2005
A description of some water and ice anomalies and interesting demonstrative experiments – the change in volume during melting and freezing, relegation of ice, progression of freezing of water in a container, and polarization properties of ice.
- Polák Z.: Electromagnetic Waves in Experiments, Fair 16, Olomouc 2011
In this article it is presented how to demonstrate most of the fundamental experiments concerning electromagnetic waves propagation with the use of radio receiver, TV set and video cassette recorder (VCR).
- Trzebuniak A.: Multiple Question Experimental Set-Ups, Fair 7, Praha 2002
Two kits for student experimental work completed with problematic questions with surprising answers. The first deals with the properties of polarized light, the second with the action of force between two bodies.