Convert Kiloampere to Biot (Abampere)

Unit definitions

Kiloampere

$10^{3} \ \text{A}$ is a kiloampere.

Biot (Abampere)

The biot also known as the abampere, is a unit of measurement of electric current in the centimeter-gram-second system of units. $1$ biot is equal to $10$ amperes.

How to convert Kiloampere to Biot (Abampere)

$$\text{Electric Current}_{\text{Bi or abA}} = \text{Electric Current}_{\text{kA}} \cdot 100$$

Examples

Example 1

Convert $45.0\ \text{kA}$ to $\text{Bi or abA}$.

$$\text{Electric Current}_{\text{Bi or abA}} = 45.0 \cdot 100$$

$$\text{Electric Current}_{\text{Bi or abA}} = 4500$$

$$\therefore \ 45.0\ \text{kA} = 4500 \ \text{Bi or abA}$$

Example 2

Convert $65.0\ \text{kA}$ to $\text{Bi or abA}$.

$$\text{Electric Current}_{\text{Bi or abA}} = 65.0 \cdot 100$$

$$\text{Electric Current}_{\text{Bi or abA}} = 6500$$

$$\therefore \ 65.0\ \text{kA} = 6500 \ \text{Bi or abA}$$

Example 3

Convert $120.0\ \text{kA}$ to $\text{Bi or abA}$.

$$\text{Electric Current}_{\text{Bi or abA}} = 120.0 \cdot 100$$

$$\text{Electric Current}_{\text{Bi or abA}} = 12000$$

$$\therefore \ 120.0\ \text{kA} = 12000 \ \text{Bi or abA}$$

Example 4

Convert $135.0\ \text{kA}$ to $\text{Bi or abA}$.

$$\text{Electric Current}_{\text{Bi or abA}} = 135.0 \cdot 100$$

$$\text{Electric Current}_{\text{Bi or abA}} = 13500$$

$$\therefore \ 135.0\ \text{kA} = 13500 \ \text{Bi or abA}$$

Example 5

Convert $175.0\ \text{kA}$ to $\text{Bi or abA}$.

$$\text{Electric Current}_{\text{Bi or abA}} = 175.0 \cdot 100$$

$$\text{Electric Current}_{\text{Bi or abA}} = 17500$$

$$\therefore \ 175.0\ \text{kA} = 17500 \ \text{Bi or abA}$$

Kiloampere to Biot (Abampere) conversion table

Kiloampere to Biot (Abampere) conversion table
Kiloampere [kA] Biot (Abampere) [Bi or abA]
1 1E+2
2 2E+2
3 3E+2
4 4E+2
5 5E+2
6 6E+2
7 7E+2
8 8E+2
9 9E+2
10 1E+3

Convert Kiloampere to other Electric Current units

Convert Kiloampere to other Electric Current units
Kiloampere [kA] Other unit
1 1E+3 Ampere [A]
1 1E+6 Milliampere [mA]
1 1E+9 Microampere [μA]
1 1E+12 Nanoampere [nA]