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Jelicic, Katarina; Planinic, Maja; Planinsic, Gorazd – Physical Review Physics Education Research, 2017
Electromagnetic induction is an important, yet complex, physics topic that is a part of Croatian high school curriculum. Nine Croatian high school students of different abilities in physics were interviewed using six demonstration experiments from electromagnetism (three of them concerned the topic of electromagnetic induction). Students were…
Descriptors: High School Students, Logical Thinking, Physics, Secondary School Science
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Dvorak, Leos; Planinsic, Gorazd – Physics Education, 2012
A simple charge indicator with bipolar transistors described recently enables us to perform a number of experiments suitable for high-school physics. Several such experiments are presented and discussed in this paper as well as some features of the indicator important for its use in schools, namely its sensitivity and robustness, i.e. the…
Descriptors: Physics, Science Instruction, Science Experiments, High Schools
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Planinsic, Gorazd; Kovac, Janez – Physics Education, 2008
The paper describes a teaching model of the atomic force microscope (AFM), which proved to be successful in the role of an introduction to nanoscience in high school. The model can demonstrate the two modes of operation of the AFM (contact mode and oscillating mode) as well as some basic principles that limit the resolution of the method. It can…
Descriptors: Teaching Models, Laboratory Equipment, Science Instruction, Laboratory Experiments
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Planinsic, Gorazd; Vollmer, Michael – European Journal of Physics, 2008
The surface-to-volume ratio is an important quantity in thermal physics. For example it governs the behaviour of heating or cooling of physical objects as a function of size like, e.g. cubes or spheres made of different material. The starting point in our paper is the simple physics problem of how cheese cubes of different sizes behave if heated…
Descriptors: Animals, Metabolism, Heat, Biology
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Planinsic, Gorazd – Physics Education, 2004
Most students consume fizzy drinks and will have seen the bubbles that appear when the drinks are poured. But how much gas is in the bottle or can? Simple investigations can answer this and other questions both theoretically and experimentally.
Descriptors: Investigations, Secondary School Science, Science Education, Science Activities