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resistivity of vanadium

Input interpretation

vanadium | resistivity
vanadium | resistivity

Result

2×10^-7 Ω m (ohm meters)
2×10^-7 Ω m (ohm meters)

Unit conversions

20 μΩ cm (microohm centimeters)
20 μΩ cm (microohm centimeters)
200 nΩ m (nanoohm meters)
200 nΩ m (nanoohm meters)
0.2 μΩ m (microohm meters)
0.2 μΩ m (microohm meters)
2×10^-5 Ω cm (ohm centimeters)
2×10^-5 Ω cm (ohm centimeters)
7.9×10^-6 Ω in (ohm inches)
7.9×10^-6 Ω in (ohm inches)
20000 emus  (unit officially deprecated)
20000 emus (unit officially deprecated)
2.2×10^-17 esus  (unit officially deprecated)
2.2×10^-17 esus (unit officially deprecated)
2.2×10^-17 statΩ cm (statohm centimeters)  (unit officially deprecated)
2.2×10^-17 statΩ cm (statohm centimeters) (unit officially deprecated)
0.92 atomic units
0.92 atomic units

Comparisons as electric resistivity

 ≈ 0.71 × resistivity of uranium at 20 °C ( ≈ 2.8×10^-7 Ω m )
≈ 0.71 × resistivity of uranium at 20 °C ( ≈ 2.8×10^-7 Ω m )
 ≈ resistivity of lead at 20 °C ( ≈ 2×10^-7 Ω m )
≈ resistivity of lead at 20 °C ( ≈ 2×10^-7 Ω m )
 ≈ (1 to 1.3) × resistivity of carbon steel at 20 °C ( 1×10^-5 to 2×10^-5 Ω cm )
≈ (1 to 1.3) × resistivity of carbon steel at 20 °C ( 1×10^-5 to 2×10^-5 Ω cm )

Corresponding quantity

Conductivity σ from σ = 1/ρ:  | 5×10^6 S/m (siemens per meter)
Conductivity σ from σ = 1/ρ: | 5×10^6 S/m (siemens per meter)