الأشعة في المعالم
Contains ads
100+
Downloads
Everyone
info
About this app
The full description of the application “Rays in Landmarks - Fourth Year Intermediate”
The "Rays in Landmarks" application is an integrated educational tool for fourth-year intermediate students (BEM 2025), as it helps you perform calculations related to rays in the orthogonal and homogeneous landmark. This application is designed to be an ideal reference for understanding and solving beam calculation problems accurately, and includes a set of advanced tools that will help you complete engineering exercises related to beams with ease.
Main features of the application:
Calculating the components of a ray: You can calculate the components of a ray based on knowing the coordinates of its two ends, in addition to calculating its length using the appropriate equations.
Calculating the distance between two points: The application provides you with a tool to calculate the distance between two points on a perpendicular or homogeneous landmark.
Calculating the coordinates of the midpoint of a line segment: You can easily determine the coordinates of the midpoint of a line segment based on the coordinates of its two ends.
Determine the type of triangle: The application helps you determine the type of triangle based on the coordinates of its three vertices, whether it is an acute-angled, right-angled, or obtuse-angled triangle.
Determining the type of quadrilateral: You can determine the type of quadrilateral based on the coordinates of its four vertices, which makes it easier for you to classify geometric shapes.
Why should you use the app?
Interactive lessons: The application accompanies a detailed explanation of how to perform mathematical calculations related to rays and geometric concepts in the fourth section of the mathematics course for the fourth intermediate year.
Ease of use: The application features an easy-to-use interface and interactive tools that help students apply mathematical concepts in a practical and effective manner.
BEM 2025 Curriculum Alignment: The app is aligned with the new BEM2025 curriculum, making it the ideal tool for teaching and training engineering concepts and radiology calculations.
Take advantage of the “Rays in Landmarks” application to enhance your mathematics skills and achieve excellence in your studies, especially in the field of ray calculations and geometric concepts related to rays in the orthogonal and homogeneous landmark.
Suitable for:
Fourth year middle school students (BEM)
Teachers and students who want to learn and solve radiology and geometry problems
Anyone who seeks to understand and solve mathematics problems related to radiology
The "Rays in Landmarks" application is an integrated educational tool for fourth-year intermediate students (BEM 2025), as it helps you perform calculations related to rays in the orthogonal and homogeneous landmark. This application is designed to be an ideal reference for understanding and solving beam calculation problems accurately, and includes a set of advanced tools that will help you complete engineering exercises related to beams with ease.
Main features of the application:
Calculating the components of a ray: You can calculate the components of a ray based on knowing the coordinates of its two ends, in addition to calculating its length using the appropriate equations.
Calculating the distance between two points: The application provides you with a tool to calculate the distance between two points on a perpendicular or homogeneous landmark.
Calculating the coordinates of the midpoint of a line segment: You can easily determine the coordinates of the midpoint of a line segment based on the coordinates of its two ends.
Determine the type of triangle: The application helps you determine the type of triangle based on the coordinates of its three vertices, whether it is an acute-angled, right-angled, or obtuse-angled triangle.
Determining the type of quadrilateral: You can determine the type of quadrilateral based on the coordinates of its four vertices, which makes it easier for you to classify geometric shapes.
Why should you use the app?
Interactive lessons: The application accompanies a detailed explanation of how to perform mathematical calculations related to rays and geometric concepts in the fourth section of the mathematics course for the fourth intermediate year.
Ease of use: The application features an easy-to-use interface and interactive tools that help students apply mathematical concepts in a practical and effective manner.
BEM 2025 Curriculum Alignment: The app is aligned with the new BEM2025 curriculum, making it the ideal tool for teaching and training engineering concepts and radiology calculations.
Take advantage of the “Rays in Landmarks” application to enhance your mathematics skills and achieve excellence in your studies, especially in the field of ray calculations and geometric concepts related to rays in the orthogonal and homogeneous landmark.
Suitable for:
Fourth year middle school students (BEM)
Teachers and students who want to learn and solve radiology and geometry problems
Anyone who seeks to understand and solve mathematics problems related to radiology
Updated on
Safety starts with understanding how developers collect and share your data. Data privacy and security practices may vary based on your use, region, and age. The developer provided this information and may update it over time.
This app may share these data types with third parties
Location and Device or other IDs
No data collected
Learn more about how developers declare collection
Data is encrypted in transit
Data can’t be deleted
App support
About the developer
Imad Bouchakour
MathAppByZero@hotmail.com
Algeria
undefined
