How to convert nanoteslas to gauss
G = nT × 0.00001Multiply the value in nanoteslas by 0.00001. To go the other way, multiply by 100,000 (or divide by 0.00001).
A nanotesla is smaller than a gauss: it takes 100,000 nanoteslas to make one gauss.
Worked examples
- 1 nanotesla1 nT × 0.00001 = 0.00001 G
- 5 nanoteslas5 nT × 0.00001 = 0.00005 G
- 10 nanoteslas10 nT × 0.00001 = 0.0001 G
- 20 nanoteslas20 nT × 0.00001 = 0.0002 G
- 100 nanoteslas100 nT × 0.00001 = 0.001 G
Nanoteslas to gauss conversion table
Values are calculated by the conversion engine and rounded to 8 significant figures.
| Nanoteslas (nT) | Gauss (G) |
|---|---|
| 0.1 nT | 0.000001 G |
| 0.25 nT | 0.0000025 G |
| 0.5 nT | 0.000005 G |
| 1 nT | 0.00001 G |
| 2 nT | 0.00002 G |
| 3 nT | 0.00003 G |
| 4 nT | 0.00004 G |
| 5 nT | 0.00005 G |
| 6 nT | 0.00006 G |
| 7 nT | 0.00007 G |
| 8 nT | 0.00008 G |
| 9 nT | 0.00009 G |
| 10 nT | 0.0001 G |
| Nanoteslas (nT) | Gauss (G) |
|---|---|
| 12 nT | 0.00012 G |
| 15 nT | 0.00015 G |
| 20 nT | 0.0002 G |
| 25 nT | 0.00025 G |
| 30 nT | 0.0003 G |
| 40 nT | 0.0004 G |
| 50 nT | 0.0005 G |
| 75 nT | 0.00075 G |
| 100 nT | 0.001 G |
| 250 nT | 0.0025 G |
| 500 nT | 0.005 G |
| 1,000 nT | 0.01 G |
About the units
Nanotesla (nT)
The nanotesla (nT) is a unit of magnetic flux density (b) in the International System of Units (SI). One nanotesla equals 1×10⁻⁹ teslas (T).
Gauss (G)
The CGS unit: exactly 10⁻⁴ T. One gauss equals 0.0001 teslas (T).
Frequently asked questions
How many gauss are in one nanotesla?
There are 0.00001 gauss in one nanotesla, and this value is exact by definition.
How do I convert nanoteslas to gauss?
Multiply the number of nanoteslas by 0.00001. For example, 10 nT × 0.00001 = 0.0001 G.
How many nanoteslas are in one gauss?
One gauss equals 100,000 nanoteslas. That is the reverse factor, 1 ÷ 0.00001.
What is 10 nanoteslas in gauss?
10 nT = 0.0001 G.
Is this nT to G converter accurate?
Yes. Both units are defined exactly in terms of SI units, so the conversion factor is exact; results are shown to 12 significant figures by default and you can change precision in the converter. Calculations run in your browser using the same tested engine that generated this page.