##### Free Converter

Formular

[Value of am/min/s] = [Value of Zm/min²] * 1.6666666666467E+37

[Value of Zm/min²] = [Value of am/min/s] / 1.6666666666467E+37

##### zm/min²(zeptometre per minute squared)

In the field of acceleration, a zeptometre per minute squared (zm/min²) is a unit used to express the rate of change of velocity per unit of time. A zeptometre is an extremely small unit of length, equal to 10^-21 meters. When this unit is used with acceleration, it measures the change in velocity in zeptometres per minute, for every minute.

One zm/min² means that for every minute that passes, the object's velocity changes by 1 zeptometre per minute. It is a very tiny unit and is not commonly used for everyday situations or even most scientific purposes because the values involved are extremely small. However, it may be relevant in certain areas of physics or other scientific fields where extremely small distances and timescales are considered.

##### Zm/min²(zettametre per minute squared)

Zettametre per minute squared (Zm/min²) is a unit of acceleration that represents the rate of change of velocity over time. In this particular unit, the distance (or displacement) is measured in zettameters (Zm), which are equivalent to 10^21 meters or one sextillion meters, and the time is measured in minutes.

The expression "per minute squared" means that the time unit, which is minutes, is squared in the denominator. So, when we say Zm/min², it translates to zettameters per (minute × minute), or zettameters divided by the square of the time in minutes.

This unit is used to measure how fast an object's velocity changes over time when the distance dealt with is on an extremely large scale, such as astronomical scales. However, this unit is not commonly used in everyday scientific practice, as the most commonly used unit for acceleration in the International System of Units (SI) is meters per second squared (m/s²).

##### am/min/s(attometre per minute per second)

In the field of acceleration, attometre per minute per second (am/min/s) is a unit used to measure very small accelerations. An attometre (am) is a unit of length equal to 1x10^-18 meters, which is extremely small. When measuring acceleration, we take the change in speed (velocity) per unit of time.

The unit am/min/s represents the change in speed by attometers per minute (am/min), where the change occurs every second. Mathematically, it can be represented as:

1 am/min/s = 1 attometer / (1 minute * 1 second).

This unit may be applicable in scientific research fields like particle physics, nanoscience, or other contexts where extremely small accelerations need to be measured or observed.

##### Zm/min² and am/min/s Conversion Mapping Table

Zm/min² | am/min/s |
---|---|

1 | 1.666667E+37 |

2 | 3.333333E+37 |

3 | 5.000000E+37 |

4 | 6.666667E+37 |

5 | 8.333333E+37 |

6 | 1.000000E+38 |

7 | 1.166667E+38 |

8 | 1.333333E+38 |

9 | 1.500000E+38 |

10 | 1.666667E+38 |

20 | 3.333333E+38 |

25 | 4.166667E+38 |

50 | 8.333333E+38 |

100 | 1.666667E+39 |

200 | 3.333333E+39 |

250 | 4.166667E+39 |

500 | 8.333333E+39 |

1000 | 1.666667E+40 |

2000 | 3.333333E+40 |

2500 | 4.166667E+40 |

5000 | 8.333333E+40 |

10000 | 1.666667E+41 |

am/min/s | Zm/min² |
---|---|

1 | 6.000000E-38 |

2 | 1.200000E-37 |

3 | 1.800000E-37 |

4 | 2.400000E-37 |

5 | 3.000000E-37 |

6 | 3.600000E-37 |

7 | 4.200000E-37 |

8 | 4.800000E-37 |

9 | 5.400000E-37 |

10 | 6.000000E-37 |

20 | 1.200000E-36 |

25 | 1.500000E-36 |

50 | 3.000000E-36 |

100 | 6.000000E-36 |

200 | 1.200000E-35 |

250 | 1.500000E-35 |

500 | 3.000000E-35 |

1000 | 6.000000E-35 |

2000 | 1.200000E-34 |

2500 | 1.500000E-34 |

5000 | 3.000000E-34 |

10000 | 6.000000E-34 |