# Biots to Amperes Conversion

Enter the electric current in biots below to get the value converted to amperes.

**Results in Amperes:**

## How to Convert Biots to Amperes

To convert a biot measurement to an ampere measurement, multiply the electric current by the conversion ratio.

Since one biot is equal to 10 amperes, you can use this simple formula to convert:

The electric current in amperes is equal to the biots multiplied by 10.

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

### How Many Amperes Are in a Biot?

There are **10** amperes in a biot, which is why we use this value in the formula above.

1 Bi = 10 A

Biots and amperes are both units used to measure electric current. Keep reading to learn more about each unit of measure.

## Biots

The biot is a unit of electrical current named for Jean-Baptiste Biot. One biot is equal to one abampere.

A biot is sometimes also referred to as an abampere. Biots can be abbreviated as *Bi*; for example, 1 biot can be written as 1 Bi.

## Amperes

The ampere, commonly referred to as an "amp," is the electrical current constant equal to the flow of one coulomb per second.

The ampere was previously defined as a constant current that when passed through two straight and parallel conductors that are spaced one meter apart, will produce a force equal to 0.0000002 newtons per meter of length.

In 2019, the ampere was redefined as the electric current corresponding to the flow of 1/(1.602 176 634 × 10^{-19}) elementary charges per second.^{[1]}

The ampere is the SI base unit for electric current in the metric system. An ampere is sometimes also referred to as an amp. Amperes can be abbreviated as *A*; for example, 1 ampere can be written as 1 A.

Ohm's Law states the current between two points on a conductor is proportional to the voltage and inversely proportional to the resistance. Using Ohm's Law, it's possible to express the current in amperes as an expression using resistance and voltage.

I_{A} = V_{V} / R_{Ω}

The current in amperes is equal to the potential difference in volts divided by the resistance in ohms.

## Biot to Ampere Conversion Table

Biots | Amperes |
---|---|

1 Bi | 10 A |

2 Bi | 20 A |

3 Bi | 30 A |

4 Bi | 40 A |

5 Bi | 50 A |

6 Bi | 60 A |

7 Bi | 70 A |

8 Bi | 80 A |

9 Bi | 90 A |

10 Bi | 100 A |

11 Bi | 110 A |

12 Bi | 120 A |

13 Bi | 130 A |

14 Bi | 140 A |

15 Bi | 150 A |

16 Bi | 160 A |

17 Bi | 170 A |

18 Bi | 180 A |

19 Bi | 190 A |

20 Bi | 200 A |

21 Bi | 210 A |

22 Bi | 220 A |

23 Bi | 230 A |

24 Bi | 240 A |

25 Bi | 250 A |

26 Bi | 260 A |

27 Bi | 270 A |

28 Bi | 280 A |

29 Bi | 290 A |

30 Bi | 300 A |

31 Bi | 310 A |

32 Bi | 320 A |

33 Bi | 330 A |

34 Bi | 340 A |

35 Bi | 350 A |

36 Bi | 360 A |

37 Bi | 370 A |

38 Bi | 380 A |

39 Bi | 390 A |

40 Bi | 400 A |

## References

- International Bureau of Weights and Measures, The International System of Units, 9th Edition, 2019, https://www.bipm.org/documents/20126/41483022/SI-Brochure-9-EN.pdf