Mobile learning has now become a new phenomenon in education as most mobile devices, especially smartphones and tablets, can run user-friendly mobile applications. Moreover, most mobile devices are affordable and equipped with technical specifications that enable the download of simple mobile applications to enhance learning. This paper discusses the application of a prototype mobile application, known as the Organic Chemistry Reaction Application (OCRA), which has been designed to run on any mobile devices with touch screen commands. The OCRA is a unique mobile application that allows its users to create their own organic molecules using hydrogen, carbon, oxygen, and halogen atoms. In OCRA, the users are able to explicitly form and break c...
One of the interesting technologies today that can be developed on a smart phone is Augmented Reali...
The use of smartphone technology with various operating system platforms and Android is also widely ...
We describe the use of two mobile apps, Reaction101 and Yield101, in the context of a learning envir...
BACKGROUND: Students are often daunted by the process of learning the functional groups (FGs) and fu...
This paper details the development of the Mechanisms app for organic chemistry, from inception to pr...
Mobile devices such as smartphones are carried in the pockets of university students around the glob...
Helping students achieve meaningful learning effectively in large-enrollment, introductory organic c...
Elementary school pupils can face different difficulties to learn different topics. Among the differ...
Some organic chemistry lectures material is abstract. The lack of development of appropriate learnin...
Interactive learning is one of the approaches that is very important to explore in higher education....
Background: Students are often daunted by the process of learning the functional groups (FG’s) and f...
This article presents a multilingual (Portuguese, Spanish, English, and French) game-based applicati...
General Chemistry is one of the compulsory subjects offered in the first year joint lectures at the ...
Mobile technology is increasingly prevalent in higher education. Chemistry-related software applicat...
As a result of rapid technological advances, smartphones have recently enjoyed widespread use. The b...
One of the interesting technologies today that can be developed on a smart phone is Augmented Reali...
The use of smartphone technology with various operating system platforms and Android is also widely ...
We describe the use of two mobile apps, Reaction101 and Yield101, in the context of a learning envir...
BACKGROUND: Students are often daunted by the process of learning the functional groups (FGs) and fu...
This paper details the development of the Mechanisms app for organic chemistry, from inception to pr...
Mobile devices such as smartphones are carried in the pockets of university students around the glob...
Helping students achieve meaningful learning effectively in large-enrollment, introductory organic c...
Elementary school pupils can face different difficulties to learn different topics. Among the differ...
Some organic chemistry lectures material is abstract. The lack of development of appropriate learnin...
Interactive learning is one of the approaches that is very important to explore in higher education....
Background: Students are often daunted by the process of learning the functional groups (FG’s) and f...
This article presents a multilingual (Portuguese, Spanish, English, and French) game-based applicati...
General Chemistry is one of the compulsory subjects offered in the first year joint lectures at the ...
Mobile technology is increasingly prevalent in higher education. Chemistry-related software applicat...
As a result of rapid technological advances, smartphones have recently enjoyed widespread use. The b...
One of the interesting technologies today that can be developed on a smart phone is Augmented Reali...
The use of smartphone technology with various operating system platforms and Android is also widely ...
We describe the use of two mobile apps, Reaction101 and Yield101, in the context of a learning envir...