Smartphones are currently proposed as potential portable laboratories to perform a wide variety of physical experiments for teaching purpose. However, the frequent lack of clarity about the ease of replication of the experiments and on their accuracy often limits their effective use. In this work we deeply compare several smartphone-based experiments to determine the gravity acceleration g by only using cheap materials easily available at home. The experiment and the data analysis complexity are progressively increased, starting from fast and easy to replicate methods. The advantages and possible limits of all the methods are deeply discussed in order to allow an evaluation of the most suitable method for any particular teaching scenario
Practicum is an important part of Physics learning that cannot be ignored even in distance learning....
A concept for undergraduate mechanics courses at universities is introduced where traditional pencil...
El presente trabajo valida y prueba la precisión del sensor de un teléfono celular inteligente (TCI)...
Smartphones are currently proposed as potential portable laboratories to perform a wide variety of p...
This study is a first attempt to investigate effectiveness of smartphone-based activities on student...
The smartphones are potentially pedagogical tools and provide technological resources that assist in...
Due to their widespread adoption, smartphone applications (apps) could allow for a simple, low-cost ...
In this paper we describe a classical experiment with an air track in which smartphones are used as ...
New technologies are called upon to play an important role as beneficial tools for meaningful learni...
Mobile devices have nowadays become familiar instruments of our daily lives. Due to the presence of ...
In this research, we will learn about the concept, measurement and analysis of an impulse using a sm...
Abstract Described is an experiment in which a smartphone was caused to move at steady state in a ve...
Along the last years the use of mobile devices in education has increased hugely. This increase incl...
Physics is a subject that for a complete teaching and learning requires both theoretical discussions...
There are many methods for measuring gravity acceleration in physics experiments. These methods requ...
Practicum is an important part of Physics learning that cannot be ignored even in distance learning....
A concept for undergraduate mechanics courses at universities is introduced where traditional pencil...
El presente trabajo valida y prueba la precisión del sensor de un teléfono celular inteligente (TCI)...
Smartphones are currently proposed as potential portable laboratories to perform a wide variety of p...
This study is a first attempt to investigate effectiveness of smartphone-based activities on student...
The smartphones are potentially pedagogical tools and provide technological resources that assist in...
Due to their widespread adoption, smartphone applications (apps) could allow for a simple, low-cost ...
In this paper we describe a classical experiment with an air track in which smartphones are used as ...
New technologies are called upon to play an important role as beneficial tools for meaningful learni...
Mobile devices have nowadays become familiar instruments of our daily lives. Due to the presence of ...
In this research, we will learn about the concept, measurement and analysis of an impulse using a sm...
Abstract Described is an experiment in which a smartphone was caused to move at steady state in a ve...
Along the last years the use of mobile devices in education has increased hugely. This increase incl...
Physics is a subject that for a complete teaching and learning requires both theoretical discussions...
There are many methods for measuring gravity acceleration in physics experiments. These methods requ...
Practicum is an important part of Physics learning that cannot be ignored even in distance learning....
A concept for undergraduate mechanics courses at universities is introduced where traditional pencil...
El presente trabajo valida y prueba la precisión del sensor de un teléfono celular inteligente (TCI)...