The purpose of this study is a media creation for the deciding tool revealed that the position of the heavenly bodies can be created and used to determine the position of the heavenly bodies so that it can be used as a learning media in the Earth and space science course. The working principle of this tool is to use the coordinates of the horizon. Tools used i.e. compass, bows, tripod, and camera. To test the accuracy of the application use Stellarium mobile version 1.25. The results of this study are to test the accuracy of the altitude angle obtained its accuracy level results 100%. Whereas, in order to test the accuracy of the altitude reached the corner of 99.86%
There is a felt need among many high school students and educators for special interest topics. A sy...
This article describes a practical activity to estimate the angle of inclination of the Earth's rota...
Learning for this course is done either face to face or self-employment . Activities undertaken to d...
A good understanding of the labeling of the positions of celestial bodies, including the Sun, in a h...
The aim of this work is to determine the understanding of concepts and digital literacy of students ...
Celestial navigation, otherwise known as astro-navigation, is one of the oldest practices in human h...
Learning science, especially learning astronomy subjects, is still very limited in activities carrie...
This study uses the augmented reality technology and sensor functions of GPS, electronic compass, an...
Celestial positioning has been used for navigation purposes for many years. Stars as the extra-terre...
O processo de ensino-aprendizagem tem se tornado uma tarefa complicada para as escolas já que divers...
Earth Physics is a course at the Physics Education Program Study, University of Riau, Indonesia. The...
Background: Astrometry is a field of study that integrates the procedures necessary to determine the...
3Dプリンターでポリ乳酸樹脂を加工したりアルミニウムの板から削り出したりして装具を自作し,ウェアブルカメラを透視天球儀の内部に取り付ける改造を施した。このウェアブルカメラをスマートフォンやタブレットP...
Stand-alone unit - Teaching unit and hands-on activity about celestial coordinates systems, using th...
In this paper, the functionality and applicability of smart devices for the purpose of handheld cele...
There is a felt need among many high school students and educators for special interest topics. A sy...
This article describes a practical activity to estimate the angle of inclination of the Earth's rota...
Learning for this course is done either face to face or self-employment . Activities undertaken to d...
A good understanding of the labeling of the positions of celestial bodies, including the Sun, in a h...
The aim of this work is to determine the understanding of concepts and digital literacy of students ...
Celestial navigation, otherwise known as astro-navigation, is one of the oldest practices in human h...
Learning science, especially learning astronomy subjects, is still very limited in activities carrie...
This study uses the augmented reality technology and sensor functions of GPS, electronic compass, an...
Celestial positioning has been used for navigation purposes for many years. Stars as the extra-terre...
O processo de ensino-aprendizagem tem se tornado uma tarefa complicada para as escolas já que divers...
Earth Physics is a course at the Physics Education Program Study, University of Riau, Indonesia. The...
Background: Astrometry is a field of study that integrates the procedures necessary to determine the...
3Dプリンターでポリ乳酸樹脂を加工したりアルミニウムの板から削り出したりして装具を自作し,ウェアブルカメラを透視天球儀の内部に取り付ける改造を施した。このウェアブルカメラをスマートフォンやタブレットP...
Stand-alone unit - Teaching unit and hands-on activity about celestial coordinates systems, using th...
In this paper, the functionality and applicability of smart devices for the purpose of handheld cele...
There is a felt need among many high school students and educators for special interest topics. A sy...
This article describes a practical activity to estimate the angle of inclination of the Earth's rota...
Learning for this course is done either face to face or self-employment . Activities undertaken to d...