Assistive technologies are frequently used to help disabled students to access core and
expanded core curricula and to improve their functional, communication and literacy skills …

This study aims to determine the angular velocity of a simple propeller with a smartphone
proximity sensor. The results show that the smartphone proximity sensor can be a useful tool …

This study aims to measure the angular velocity of a clock's second hand and the average
angular velocity of a metronome using a smartphone. To determine the angular velocities …

Examining and explaining the mathematical thinking skills of primary school students who
employed an Android app as a concept attainment technique was the aim of this study. The …

The inverse-square decay law of the illuminance of a point light source with distance is a
common notion of basic optics theory, which is readily demonstrated to be a direct …

Nowadays, smartphones play an important role in the physics laboratory as well as in
Arduino-based sensors. Some recent examples include the analysis of acoustic experiments …

There are many examples of using smartphones in physics experiments. Students and
teachers can easily perform many physics experiments with the help of smartphone sensors …

The simpler forms of circular motion are uniform and uniformly accelerating circular motion,
which are part of the primary and secondary school physics curriculum in most countries …

The use of smartphones is increasingly gaining popularity in education. Students and
teachers can determine scientific concepts using smartphones equipped with sensors such …

This article reviews a decade of research in transforming smartphones into smart
measurement tools for science and engineering laboratories. High-precision sensors have …