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Discover how to seamlessly transform angles measured in degrees per second into revolutions per hour with our precise conversion tool, sparking your curiosity to explore more!
A degree is a unit of angular measurement that represents 1/360 of a full rotation or circle. The degree is commonly used in fields such as astronomy, cartography, and many forms of engineering. It is denoted by the symbol °. Each degree is divided into 60 minutes, and each minute can be further divided into 60 seconds for even finer measurements.
Definition of RevolutionA revolution is a complete turn around a circle, equivalent to 360 degrees or 2π radians. It represents a full cycle or rotation, often used to describe the movement of a mechanical component or celestial body. When an object makes one revolution, it has returned to its original position after traveling the circumference of the circle it is rotating around.
| Degree second (deg/s) | Revolution hour (rev/h) |
|---|---|
| 3600 deg/s | 1 rev/h |
| 7200 deg/s | 2 rev/h |
| 10800 deg/s | 3 rev/h |
| 14400 deg/s | 4 rev/h |
| 18000 deg/s | 5 rev/h |
| 21600 deg/s | 6 rev/h |
| 25200 deg/s | 7 rev/h |
| 28800 deg/s | 8 rev/h |
| 32400 deg/s | 9 rev/h |
| 36000 deg/s | 10 rev/h |
1 deg/s = 1/360 rev/h
360 deg/s = 1 rev/h
Example 1:
Convert 7200 deg/s to rev/h:
7200 deg/s = 7200 / 360 rev/h = 20 rev/h
Example 2:
Convert 18000 deg/s to rev/h:
18000 deg/s = 18000 / 360 rev/h = 50 rev/h
The Degree second to Revolution hour Converter is a modern tool designed to aid in various scientific and engineering tasks. It allows for the conversion of rotational speed from degrees per second, a unit representing angular velocity, into revolutions per hour, commonly used in machinery and orbital mechanics. This conversion is essential for precise measurements and calculations in many technical fields.
Explore real-life applications of converting degrees per second to revolutions per hour and learn how this tool is essential in various fields.
Example 1:
To convert 3600 degrees per second to revolutions per hour: simply divide by 360.
3600 deg/s ÷ 360 = 10 rev/h
Example 2:
To convert 10800 degrees per second to revolutions per hour: again, divide by 360.
10800 deg/s ÷ 360 = 30 rev/h
