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Discover the ease of converting degree hours to revolution minutes with our precise tool, engineered by Newtum to simplify your calculations. Curious minds, get ready for a seamless conversion experience!
A degree hour (deg·h) is a unit of angular velocity. It represents the amount of rotation in degrees that an object makes around a fixed axis in one hour. With 360 degrees in a full rotation, one degree hour equals one degree of rotation in 60 minutes, which is a slow rate of turning often used in astronomical and geophysical contexts.
Definition of Revolution minuteA revolution minute (rev·min) is a unit of angular velocity. It measures the number of full 360-degree rotations an object completes in one minute. This unit is commonly used in mechanical and engineering contexts to describe rotational speeds, such as those of wheels, gears, or motors.
| Degree hour (deg·h) | Revolution minute (rev·min) |
|---|---|
| 1 deg·h | 0.01667 rev·min |
| 2 deg·h | 0.03333 rev·min |
| 5 deg·h | 0.08333 rev·min |
| 10 deg·h | 0.16667 rev·min |
| 20 deg·h | 0.33333 rev·min |
| 50 deg·h | 0.83333 rev·min |
| 100 deg·h | 1.66667 rev·min |
| 200 deg·h | 3.33333 rev·min |
| 500 deg·h | 8.33333 rev·min |
| 1000 deg·h | 16.66667 rev·min |
1 deg·h = 0.01667 rev·min
1 rev·min = 60 deg·h
Example 1:
Convert 24 deg·h to rev·min:
24 deg·h = 24 × 0.01667 rev·min = 0.4 rev·min
Example 2:
Convert 360 deg·h to rev·min:
360 deg·h = 360 × 0.01667 rev·min = 6 rev·min
The Degree hour to Revolution minute Converter is a testament to the evolution of measurement tools. Initially, conversion was manual, requiring knowledge of the mathematical relationships between units. As technology advanced, so did the convenience of such conversions, culminating in the creation of user-friendly web-based converters such as this one by Newtum, simplifying the process significantly.
Explore the practical applications where converting degree hours to revolution minutes is pivotal to achieving accuracy and efficiency.
Example 1:
To convert 15 deg·h to rev·min:
15 deg·h = 15 × 0.01667 rev·min = 0.25 rev·min
Example 2:
To convert 120 deg·h to rev·min:
120 deg·h = 120 × 0.01667 rev·min = 2 rev·min
