Biots to Kiloamperes Conversion
Enter the electric current in biots below to get the value converted to kiloamperes.
How to Convert Biots to Kiloamperes
To convert a biot measurement to a kiloampere measurement, divide the electric current by the conversion ratio. One kiloampere is equal to 100 biots, so use this simple formula to convert:
The electric current in kiloamperes is equal to the biots divided by 100.
Biots and kiloamperes 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.
Kiloamperes
One kiloampere is equal to 1,000 amperes, which are the electrical current equal to the flow of one coulomb per second.
The kiloampere is a multiple of the ampere, which is the SI base unit for electric current. In the metric system, "kilo" is the prefix for 103. A kiloampere is sometimes also referred to as a kiloamp. Kiloamperes can be abbreviated as kA; for example, 1 kiloampere can be written as 1 kA.
Biot to Kiloampere Conversion Table
| Biots | Kiloamperes |
|---|---|
| 1 Bi | 0.01 kA |
| 2 Bi | 0.02 kA |
| 3 Bi | 0.03 kA |
| 4 Bi | 0.04 kA |
| 5 Bi | 0.05 kA |
| 6 Bi | 0.06 kA |
| 7 Bi | 0.07 kA |
| 8 Bi | 0.08 kA |
| 9 Bi | 0.09 kA |
| 10 Bi | 0.1 kA |
| 11 Bi | 0.11 kA |
| 12 Bi | 0.12 kA |
| 13 Bi | 0.13 kA |
| 14 Bi | 0.14 kA |
| 15 Bi | 0.15 kA |
| 16 Bi | 0.16 kA |
| 17 Bi | 0.17 kA |
| 18 Bi | 0.18 kA |
| 19 Bi | 0.19 kA |
| 20 Bi | 0.2 kA |
| 21 Bi | 0.21 kA |
| 22 Bi | 0.22 kA |
| 23 Bi | 0.23 kA |
| 24 Bi | 0.24 kA |
| 25 Bi | 0.25 kA |
| 26 Bi | 0.26 kA |
| 27 Bi | 0.27 kA |
| 28 Bi | 0.28 kA |
| 29 Bi | 0.29 kA |
| 30 Bi | 0.3 kA |
| 31 Bi | 0.31 kA |
| 32 Bi | 0.32 kA |
| 33 Bi | 0.33 kA |
| 34 Bi | 0.34 kA |
| 35 Bi | 0.35 kA |
| 36 Bi | 0.36 kA |
| 37 Bi | 0.37 kA |
| 38 Bi | 0.38 kA |
| 39 Bi | 0.39 kA |
| 40 Bi | 0.4 kA |
