Please support this site by disabling or whitelisting the Adblock for "justintools.com". I've spent over 10 trillion microseconds (and counting), on this project. This site is my passion, and I regularly adding new tools/apps. Users experience is very important, that's why I use non-intrusive ads. Any feedback is appreciated. Thank you. Justin XoXo :)

Embed this to your website/blog
**MORE: **
Acceleration (m/s2)
Angle [plane] (rad)
Area (sqm)
Data Storage (B)
Data Transfer Rate (B/s)
Density (kg/m3)
Electric Charge (C)
Electric Current (A)
Electric Resistance (Ω)
Energy (J)
Force (N)
Frequency (Hz)
Fuel (km/L)
Length [m]
Mass, Weight (kg)
Mass Flow Rate (kg/s)
Power (W)
Pressure (Pa)
Speed (m/s)
Temperature (K)
Time (s)
Torque (N.m)
Volume (L)
Volume Flow Rate (m3/s)
Quantity (i)

The base unit for frequency is hertz (Non-SI/Derived Unit)

[Nanohertz] symbol/abbrevation: (nHz)

[Radian Per Minute] symbol/abbrevation: (rad/min)

1 nHz = 3.7699117312867E-7 rad/min.

1 x 3.7699117312867E-7 rad/min =

Always check the results; rounding errors may occur.

In relation to the base unit of [frequency] => (hertz), 1 Nanohertz (nHz) is equal to 1.0E-9 hertz, while 1 Radian Per Minute (rad/min) = 0.002652582 hertz.

1 Nanohertz | to common frequency units |
---|---|

1 nHz | = 1.0E-9 hertz (Hz) |

1 nHz | = 1.0E-12 kilohertz (kHz) |

1 nHz | = 1.0E-15 megahertz (MHz) |

1 nHz | = 1.0E-18 gigahertz (GHz) |

1 nHz | = 1.0E-9 1 per second (1/s) |

1 nHz | = 6.2831853108075E-9 radian per second (rad/s) |

1 nHz | = 6.0000000024E-8 revolutions per minute (rpm) |

1 nHz | = 1.0E-9 frames per second (FPS) |

1 nHz | = 2.1600138240885E-5 degree per minute (°/min) |

1 nHz | = 1.0E-21 fresnels (fresnel) |

Nanohertz | to Radian Per Minute (table conversion) |
---|---|

1 nHz | = 3.7699117312867E-7 rad/min |

2 nHz | = 7.5398234625734E-7 rad/min |

3 nHz | = 1.130973519386E-6 rad/min |

4 nHz | = 1.5079646925147E-6 rad/min |

5 nHz | = 1.8849558656434E-6 rad/min |

6 nHz | = 2.261947038772E-6 rad/min |

7 nHz | = 2.6389382119007E-6 rad/min |

8 nHz | = 3.0159293850294E-6 rad/min |

9 nHz | = 3.3929205581581E-6 rad/min |

10 nHz | = 3.7699117312867E-6 rad/min |

20 nHz | = 7.5398234625734E-6 rad/min |

30 nHz | = 1.130973519386E-5 rad/min |

40 nHz | = 1.5079646925147E-5 rad/min |

50 nHz | = 1.8849558656434E-5 rad/min |

60 nHz | = 2.261947038772E-5 rad/min |

70 nHz | = 2.6389382119007E-5 rad/min |

80 nHz | = 3.0159293850294E-5 rad/min |

90 nHz | = 3.3929205581581E-5 rad/min |

100 nHz | = 3.7699117312867E-5 rad/min |

200 nHz | = 7.5398234625734E-5 rad/min |

300 nHz | = 0.0001130973519386 rad/min |

400 nHz | = 0.00015079646925147 rad/min |

500 nHz | = 0.00018849558656434 rad/min |

600 nHz | = 0.0002261947038772 rad/min |

700 nHz | = 0.00026389382119007 rad/min |

800 nHz | = 0.00030159293850294 rad/min |

900 nHz | = 0.00033929205581581 rad/min |

1000 nHz | = 0.00037699117312867 rad/min |

2000 nHz | = 0.00075398234625734 rad/min |

4000 nHz | = 0.0015079646925147 rad/min |

5000 nHz | = 0.0018849558656434 rad/min |

7500 nHz | = 0.002827433798465 rad/min |

10000 nHz | = 0.0037699117312867 rad/min |

25000 nHz | = 0.0094247793282168 rad/min |

50000 nHz | = 0.018849558656434 rad/min |

100000 nHz | = 0.037699117312867 rad/min |

1000000 nHz | = 0.37699117312867 rad/min |

1000000000 nHz | = 376.99117312867 rad/min |