We have used a mobile phone acceleration sensor, and the Accelerometer Monitor application for Android, to collect data in physics experiments on free and damped oscillations. Results for the period, frequency, spring constant, and damping constant agree very well with measurements obtained by other methods. These widely available sensors are likely to find increased use in instructional laboratories.The authors would like to thank the Institute of Education Sciences, Universitat Politecnica de Valencia (Spain), for the support of the Teaching Innovation Group, MoMa.Castro Palacio, JC.; Velazquez Abad, L.; Gimenez Valentin, MH.; Monsoriu Serra, JA. (2013). Using a mobile phone acceleration sensor in physics experiments on free and dampe...
Along the last years the use of mobile devices in education has increased hugely. This increase incl...
Smartphones are currently proposed as potential portable laboratories to perform a wide variety of p...
Practicum is an important part of Physics learning that cannot be ignored even in distance learning....
This paper makes use of a smartphone's ambient light sensor to analyse a system of two coupled sprin...
This study aims to develop a teaching proposal to measure spring constants of various spring-mass sy...
In this paper we describe a classical experiment with an air track in which smartphones are used as...
Modern smartphones have calculation and sensor capabilities that make them suitable for use as versa...
A smartphone coupled with a low-cost physical system can be used to conduct a meaningful at-home eng...
A smartphone acceleration sensor is used to study two-dimensional harmonic oscillations. The data re...
New technologies are called upon to play an important role as beneficial tools for meaningful learni...
Abstract Described is an experiment in which a smartphone was caused to move at steady state in a ve...
The acceleration sensor of a smartphone is used for the study of the uniform and uniformly accelera...
In this research, we will learn about the concept, measurement and analysis of an impulse using a sm...
El presente trabajo valida y prueba la precisión del sensor de un teléfono celular inteligente (TCI)...
In the field of physics teaching, the simple pendulum provides a very simple way to study the harmon...
Along the last years the use of mobile devices in education has increased hugely. This increase incl...
Smartphones are currently proposed as potential portable laboratories to perform a wide variety of p...
Practicum is an important part of Physics learning that cannot be ignored even in distance learning....
This paper makes use of a smartphone's ambient light sensor to analyse a system of two coupled sprin...
This study aims to develop a teaching proposal to measure spring constants of various spring-mass sy...
In this paper we describe a classical experiment with an air track in which smartphones are used as...
Modern smartphones have calculation and sensor capabilities that make them suitable for use as versa...
A smartphone coupled with a low-cost physical system can be used to conduct a meaningful at-home eng...
A smartphone acceleration sensor is used to study two-dimensional harmonic oscillations. The data re...
New technologies are called upon to play an important role as beneficial tools for meaningful learni...
Abstract Described is an experiment in which a smartphone was caused to move at steady state in a ve...
The acceleration sensor of a smartphone is used for the study of the uniform and uniformly accelera...
In this research, we will learn about the concept, measurement and analysis of an impulse using a sm...
El presente trabajo valida y prueba la precisión del sensor de un teléfono celular inteligente (TCI)...
In the field of physics teaching, the simple pendulum provides a very simple way to study the harmon...
Along the last years the use of mobile devices in education has increased hugely. This increase incl...
Smartphones are currently proposed as potential portable laboratories to perform a wide variety of p...
Practicum is an important part of Physics learning that cannot be ignored even in distance learning....