As we know One nΩ is equal to 1e+9 aΩ (1 nΩ = 1e+9 aΩ).
To convert Nanoohm to Attoohm, multiply your nΩ figure by 1e+9.
Example : convert 25 nΩ to aΩ:
25 nΩ = 25 × 1e+9 aΩ = aΩ
To convert Attoohm to Nanoohm, divide your aΩ figure by 1e+9.
Example : convert 25 aΩ to nΩ:
25 aΩ = 25 ÷ 1e+9 nΩ = nΩ
As we know One aΩ is equal to 1e-9 nΩ (1 aΩ = 1e-9 nΩ).
To convert Attoohm to Nanoohm, multiply your aΩ figure by 1e-9.
Example : convert 45 aΩ to nΩ:
45 aΩ = 45 × 1e-9 nΩ = nΩ
To convert Nanoohm to Attoohm, divide your nΩ figure by 1e-9.
Example : convert 45 nΩ to aΩ:
45 nΩ = 45 ÷ 1e-9 aΩ = aΩ
| nΩ to Ω | 1 nΩ = 1e-9 Ω |
| nΩ to MΩ | 1 nΩ = 1e-15 MΩ |
| nΩ to μΩ | 1 nΩ = 0.001 μΩ |
| nΩ to mΩ | 1 nΩ = 0.000001 mΩ |
| nΩ to kΩ | 1 nΩ = 1e-12 kΩ |
| nΩ to V/A | 1 nΩ = 1e-9 V/A |
| nΩ to 1/S | 1 nΩ = 1e-9 1/S |
| nΩ to abΩ | 1 nΩ = 1 abΩ |
| nΩ to EMU of resistance | 1 nΩ = 1 EMU of resistance |
| nΩ to stΩ | 1 nΩ = 1.11265e-21 stΩ |
| nΩ to ESU of resistance | 1 nΩ = 1.11265e-21 ESU of resistance |
| nΩ to Quantized Hall resistance | 1 nΩ = 3.874046e-14 Quantized Hall resistance |
| nΩ to Planck impedance | 1 nΩ = 3.335641e-11 Planck impedance |
| nΩ to EΩ | 1 nΩ = 1e-27 EΩ |
| nΩ to PΩ | 1 nΩ = 1e-24 PΩ |
| nΩ to TΩ | 1 nΩ = 1e-21 TΩ |
| nΩ to GΩ | 1 nΩ = 1e-18 GΩ |
| nΩ to hΩ | 1 nΩ = 1e-11 hΩ |
| nΩ to daΩ | 1 nΩ = 1e-10 daΩ |
| nΩ to dΩ | 1 nΩ = 1e-8 dΩ |
| nΩ to cΩ | 1 nΩ = 1e-7 cΩ |
| nΩ to pΩ | 1 nΩ = 1000 pΩ |
| nΩ to fΩ | 1 nΩ = 1000000 fΩ |
| nΩ to aΩ | 1 nΩ = 1e+9 aΩ |
| nΩ to kV/A | 1 nΩ = 1e-12 kV/A |
| nΩ to mV/A | 1 nΩ = 0.000001 mV/A |
| nΩ to μV/A | 1 nΩ = 0.001 μV/A |
| nΩ to MV/A | 1 nΩ = 1e-15 MV/A |
| nΩ to V/kA | 1 nΩ = 0.000001 V/kA |
| nΩ to V/mA | 1 nΩ = 1e-12 V/mA |
| nΩ to V/μA | 1 nΩ = 1e-15 V/μA |
| nΩ to V/MA | 1 nΩ = 0.001 V/MA |
| Created @ o.vg | Free Unit Converters |
aΩ. Since one nΩ equals 1e+9 aΩ, 9 nΩ in aΩ will be aΩ.
There are 1e+9 aΩ in one nΩ. In turn, one aΩ is equal to 1e-9 nΩ.
1 aΩ is approximately equal to 1e-9 nΩ.
The Nanoohm value of 8 aΩ is nΩ. (i.e.,) 8 x 1e-9 = nΩ.
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