Parabola Equation APK
- Developer
-
- Current Version
- 1.5
- Date Published
- January 21, 2024
- File Size
- 5.8 MB
- Package ID
- com.mozama.parabola
- Price
- $ 0.00
- Downloads
- 2.1K+
- Category
- Android Apps
- Genre
- Education
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APK Version History
- Version
- 1.5 (9)
- Architecture
- universal
- Release Date
- January 21, 2024
- Requirement
- Android 7.0+
Download [ 5.8 MB ]
Safe
- Version
- 1.3 (7)
- Architecture
- universal
- Release Date
- December 20, 2023
- Requirement
- Android 7.0+
Download [ 5.8 MB ]
Safe
- Version
- 1.2 (6)
- Architecture
- universal
- Release Date
- March 18, 2023
- Requirement
- Android 7.0+
Download [ 5.6 MB ]
Safe
- Version
- 1.1 (5)
- Architecture
- universal
- Release Date
- December 20, 2023
- Requirement
- Android 7.0+
Download [ 5.7 MB ]
Safe
- Version
- 1.0 (4)
- Architecture
- universal
- Release Date
- December 20, 2023
- Requirement
- Android 7.0+
Download [ 5.7 MB ]
Safe
About Radio FM 90s
📝 Check in an easy and practical way the results of your exercises, homework or study for an exam related to the Parable in Analytical Geometry.
🖋️ If you are a teacher, it helps you optimize the time spent reviewing exercises or preparing new teaching material.
• Visualize the development step by step until reaching the solution.
• Includes graphics of the equation obtained.
Enter the coordinates of the Vertex ( h, k ) and Focus to get:
• Straight Side
• Focal parameter p
• Equation of the Directrix
• Ordinary or Canonical Equation
• General Equation
Enter the coefficients of the General Equation and calculate:
• Coordinates of the Vertex ( h, k ).
• Focus Coordinates
• Straight Side
• p-parameter
• Equation of the Directrix
• Ordinary or Canonical Equation
🤓 For all calculations procedure is included.
🖋️ If you are a teacher, it helps you optimize the time spent reviewing exercises or preparing new teaching material.
• Visualize the development step by step until reaching the solution.
• Includes graphics of the equation obtained.
Benefits
Enter the coordinates of the Vertex ( h, k ) and Focus to get:
• Straight Side
• Focal parameter p
• Equation of the Directrix
• Ordinary or Canonical Equation
• General Equation
Enter the coefficients of the General Equation and calculate:
• Coordinates of the Vertex ( h, k ).
• Focus Coordinates
• Straight Side
• p-parameter
• Equation of the Directrix
• Ordinary or Canonical Equation
🤓 For all calculations procedure is included.
What's New in this version
Improvements in navigation between screens