# Revolutions to Gradians Conversion

Enter the angle in revolutions below to get the value converted to gradians.

**Results in Gradians:**

^{g}

## How to Convert Revolutions to Gradians

To convert a revolution measurement to a gradian measurement, multiply the angle by the conversion ratio. One revolution is equal to 400 gradians, so use this simple formula to convert:

The angle in gradians is equal to the revolutions multiplied by 400.

**For example,**here's how to convert 5 revolutions to gradians using the formula above.

^{g}

Revolutions and gradians are both units used to measure angle. Keep reading to learn more about each unit of measure.

## Revolutions

A revolution, or turn, is equal to 1 rotation around a circle, or 360°. Revolutions are commonly used to measure the speed of rotation, for example when measuring the revolutions per minute (RPM) of a vehicle's engine.

A revolution is sometimes also referred to as a turn, cycle, or complete rotation. Revolutions can be abbreviated as *r*, and are also sometimes abbreviated as *rev* or *cyc*. For example, 1 revolution can be written as 1 r, 1 rev, or 1 cyc.

## Gradians

A gradian is equal to 1/400 of a revolution or circle, or 9/10°.
The grad, or gon, is more precisely defined as π/200, or 1.570796 × 10^{-2} radians.^{[1]}

This unit simplifies the measurements of right angles, as 90° is equal to 100 gradians.

Gradians | Degrees |
---|---|

0 grad | 0° |

100 grad | 90° |

200 grad | 180° |

300 grad | 270° |

400 grad | 360° |

A gradian is sometimes also referred to as a grad, gon, or grade. Gradians can be abbreviated as * ^{g}*, and are also sometimes abbreviated as

*gr*or

*grd*. For example, 1 gradian can be written as 1

^{g}, 1 gr, or 1 grd.

## Revolution to Gradian Conversion Table

Revolutions | Gradians |
---|---|

1 r | 400^{g} |

2 r | 800^{g} |

3 r | 1,200^{g} |

4 r | 1,600^{g} |

5 r | 2,000^{g} |

6 r | 2,400^{g} |

7 r | 2,800^{g} |

8 r | 3,200^{g} |

9 r | 3,600^{g} |

10 r | 4,000^{g} |

11 r | 4,400^{g} |

12 r | 4,800^{g} |

13 r | 5,200^{g} |

14 r | 5,600^{g} |

15 r | 6,000^{g} |

16 r | 6,400^{g} |

17 r | 6,800^{g} |

18 r | 7,200^{g} |

19 r | 7,600^{g} |

20 r | 8,000^{g} |

21 r | 8,400^{g} |

22 r | 8,800^{g} |

23 r | 9,200^{g} |

24 r | 9,600^{g} |

25 r | 10,000^{g} |

26 r | 10,400^{g} |

27 r | 10,800^{g} |

28 r | 11,200^{g} |

29 r | 11,600^{g} |

30 r | 12,000^{g} |

31 r | 12,400^{g} |

32 r | 12,800^{g} |

33 r | 13,200^{g} |

34 r | 13,600^{g} |

35 r | 14,000^{g} |

36 r | 14,400^{g} |

37 r | 14,800^{g} |

38 r | 15,200^{g} |

39 r | 15,600^{g} |

40 r | 16,000^{g} |

## References

- Ambler Thompson and Barry N. Taylor, Guide for the Use of the International System of Units (SI),
*National Institute of Standards and Technology*, https://physics.nist.gov/cuu/pdf/sp811.pdf