Angle (Radians) from Rise and Run: 1 units Rise; -10 units Run
Specific conversion page with reference context, calculator, and nearby values.
On this page
1 units Rise; -10 units Run converts to
3.041924 rad
Use this as a quick reference for Angle (Radians) from Rise and Run.
Value Details
Input: 1 units Rise; -10 units Run
Output: 3.041924 rad
Browse all reference values for Angle (Radians) from Rise and Run
Angle (Radians) from Rise and Run
Calculate direction angle in radians from rise and run using atan2(rise, run).
Calculated Result
—
Nearby Reference Values
| Scenario | Angle |
|---|---|
| 0 units Rise; -1 units Run | 3.141593 rad |
| 0 units Rise; 1 units Run | 0 rad |
| 0 units Rise; 2 units Run | 0 rad |
| 0 units Rise; 5 units Run | 0 rad |
| 0 units Rise; 10 units Run | 0 rad |
| 1 units Rise; -10 units Run | 3.041924 rad |
| 1 units Rise; -5 units Run | 2.944197 rad |
| 1 units Rise; -2 units Run | 2.677945 rad |
| 1 units Rise; -1 units Run | 2.356194 rad |
| 1 units Rise; 0 units Run | 1.570796 rad |
| 1 units Rise; 1 units Run | 0.785398 rad |
Frequently Asked Questions
Common questions about Angle (Radians) from Rise and Run, formulas, and expected usage.
What does the Angle (Radians) from Rise and Run calculator do?
It helps with feeding component-based direction angles directly into trigonometric formulas in radians.
What formula does the Angle (Radians) from Rise and Run calculator use?
Angle (radians) = atan2(rise, run).
What inputs are valid?
Rise and run can be any finite values except both zero at the same time.
When would I use this?
feeding component-based direction angles directly into trigonometric formulas in radians
Methodology and Review
This page is generated from the same conversion definition used by the main calculator page, which keeps the calculator, reference table rows, and FAQ schema aligned.
Reviewer and update metadata are shown above and included in structured data. See our editorial policy, review process, and corrections policy.
Use this page as a fast lookup reference, then confirm final project values using applicable standards and manufacturer documentation.