Unit definitions

Nanovolt

$\frac{1}{10^{9}} \ \text{V}$ is a nanovolt.

Kilovolt

$10^{3} \ \text{V}$ is a kilovolt.

How to convert Nanovolt to Kilovolt

$$\text{Electric Potential}_{\text{kV}} = \frac{\text{Electric Potential}_{\text{nV}}}{{10}^{12}}$$

Examples

Example 1

Convert $35.0\ \text{nV}$ to $\text{kV}$.

$$\text{Electric Potential}_{\text{kV}} = \frac{35.0}{{10}^{12}}$$

$$\text{Electric Potential}_{\text{kV}} = 0.000000000035$$

$$\therefore \ 35.0\ \text{nV} = 0.000000000035 \ \text{kV}$$

Example 2

Convert $70.0\ \text{nV}$ to $\text{kV}$.

$$\text{Electric Potential}_{\text{kV}} = \frac{70.0}{{10}^{12}}$$

$$\text{Electric Potential}_{\text{kV}} = 0.00000000007$$

$$\therefore \ 70.0\ \text{nV} = 0.00000000007 \ \text{kV}$$

Example 3

Convert $120.0\ \text{nV}$ to $\text{kV}$.

$$\text{Electric Potential}_{\text{kV}} = \frac{120.0}{{10}^{12}}$$

$$\text{Electric Potential}_{\text{kV}} = 0.00000000012$$

$$\therefore \ 120.0\ \text{nV} = 0.00000000012 \ \text{kV}$$

Example 4

Convert $140.0\ \text{nV}$ to $\text{kV}$.

$$\text{Electric Potential}_{\text{kV}} = \frac{140.0}{{10}^{12}}$$

$$\text{Electric Potential}_{\text{kV}} = 0.00000000014$$

$$\therefore \ 140.0\ \text{nV} = 0.00000000014 \ \text{kV}$$

Example 5

Convert $195.0\ \text{nV}$ to $\text{kV}$.

$$\text{Electric Potential}_{\text{kV}} = \frac{195.0}{{10}^{12}}$$

$$\text{Electric Potential}_{\text{kV}} = 0.000000000195$$

$$\therefore \ 195.0\ \text{nV} = 0.000000000195 \ \text{kV}$$

Nanovolt to Kilovolt conversion table

Nanovolt to Kilovolt conversion table

Nanovolt [nV]	Kilovolt [kV]
1	1E-12
2	2E-12
3	3E-12
4	4E-12
5	5E-12
6	6E-12
7	7E-12
8	8E-12
9	9E-12
10	1E-11

Convert Nanovolt to other Electric Potential units

Convert Nanovolt to other Electric Potential units

Nanovolt [nV]	Other unit
1	1E-9 Volt [V]
1	0.000001 Millivolt [mV]
1	0.001 Microvolt [μV]
1	1E+3 Picovolt [pV]
1	1E-15 Megavolt [MV]
1	1E-18 Gigavolt [GV]