# Degrees Per Second to Revolutions Per Minute Conversion

Enter the frequency in degrees per second below to get the value converted to revolutions per minute.

**Results in Revolutions Per Minute:**

## How to Convert Degrees Per Second to Revolutions Per Minute

To convert a degree per second measurement to a revolution per minute measurement, divide the frequency by the conversion ratio.

Since one revolution per minute is equal to 6 degrees per second, you can use this simple formula to convert:

The frequency in revolutions per minute is equal to the degrees per second divided by 6.

**For example,**here's how to convert 5 degrees per second to revolutions per minute using the formula above.

Degrees per second and revolutions per minute are both units used to measure frequency. Keep reading to learn more about each unit of measure.

## Degrees Per Second

Degrees per second are a measure of angular frequency, or rotational speed, equal to the change in orientation or angle of an object in degrees per second.

Degrees per second can be abbreviated as *°/s*; for example, 1 degree per second can be written as 1 °/s.

In formal expressions, the slash, or solidus (/), is used to separate units used to indicate division in an expression.^{[1]}

## Revolutions Per Minute

Revolutions per minute are a measure of the number of turns, or revolutions, that occur per minute.

Revolutions per minute can be abbreviated as *RPM*, and are also sometimes abbreviated as *rev/min* or *r/min*. For example, 1 revolution per minute can be written as 1 RPM, 1 rev/min, or 1 r/min.

Revolutions per minute can be expressed using the formula:
RPM = RevolutionsTime_{m}

## Degree Per Second to Revolution Per Minute Conversion Table

Degrees Per Second | Revolutions Per Minute |
---|---|

1 °/s | 0.166667 RPM |

2 °/s | 0.333333 RPM |

3 °/s | 0.5 RPM |

4 °/s | 0.666667 RPM |

5 °/s | 0.833333 RPM |

6 °/s | 1 RPM |

7 °/s | 1.1667 RPM |

8 °/s | 1.3333 RPM |

9 °/s | 1.5 RPM |

10 °/s | 1.6667 RPM |

11 °/s | 1.8333 RPM |

12 °/s | 2 RPM |

13 °/s | 2.1667 RPM |

14 °/s | 2.3333 RPM |

15 °/s | 2.5 RPM |

16 °/s | 2.6667 RPM |

17 °/s | 2.8333 RPM |

18 °/s | 3 RPM |

19 °/s | 3.1667 RPM |

20 °/s | 3.3333 RPM |

21 °/s | 3.5 RPM |

22 °/s | 3.6667 RPM |

23 °/s | 3.8333 RPM |

24 °/s | 4 RPM |

25 °/s | 4.1667 RPM |

26 °/s | 4.3333 RPM |

27 °/s | 4.5 RPM |

28 °/s | 4.6667 RPM |

29 °/s | 4.8333 RPM |

30 °/s | 5 RPM |

31 °/s | 5.1667 RPM |

32 °/s | 5.3333 RPM |

33 °/s | 5.5 RPM |

34 °/s | 5.6667 RPM |

35 °/s | 5.8333 RPM |

36 °/s | 6 RPM |

37 °/s | 6.1667 RPM |

38 °/s | 6.3333 RPM |

39 °/s | 6.5 RPM |

40 °/s | 6.6667 RPM |

## References

- National Institute of Standards and Technology, NIST Guide to the SI, Chapter 6: Rules and Style Conventions for Printing and Using Units, https://www.nist.gov/pml/special-publication-811/nist-guide-si-chapter-6-rules-and-style-conventions-printing-and-using