Electrical Resistivity

1 Microohm Micrometer = 3.2808398950131e-12 Volt/Amp Feet - one Microohm Micrometer is equal to 3.2808398950131e-12 Volt/Amp Feet. Use our free online Microohm Micrometer to Volt/Amp Feet converter to quickly convert Microohm Micrometer to Volt/Amp Feet for engineering, science, and everyday calculations. Check the conversion table and get reliable results in seconds.

Microohm Micrometer to Volt/Amp Feet Converter

Abohm Centimeter

Abohm Kilometer

Abohm Meter

Abohm Micrometer

Abohm Millimeter

Abohm Nanometer

Centimeter/Siemens

EMU Centimeter

EMU Kilometer

EMU Meter

EMU Micrometer

EMU Millimeter

EMU Nanometer

ESU Centimeter

ESU Kilometer

ESU Meter

ESU Micrometer

ESU Millimeter

ESU Nanometer

Feet/Siemens

Inch/Siemens

Kilometer/Siemens

Kiloohm Centimeter

Kiloohm Feet

Kiloohm Inch

Kiloohm Kilometer

Kiloohm Meter

Kiloohm Mile

Kiloohm Micrometer

Kiloohm Millimeter

Kiloohm Nanometer

Kiloohm Yard

Megaohm Centimeter

Megaohm Feet

Megaohm Inch

Megaohm Kilometer

Megaohm Meter

Megaohm Micrometer

Megaohm Millimeter

Megaohm Nanometer

Megaohm Yard

Micrometer/Siemens

Microohm Centimeter

Microohm Kilometer

Microohm Meter

Microohm micrometer is a unit of measurement for electrical resistivity.   By definition, electrical resistivity of a material is considered to be equal to one microohm micrometer if one micrometer cube of this material has total resistance of one microohm.

Microohm Micrometer

Microohm Millimeter

Microohm Nanometer

Millimeter/Siemens

Milliohm Centimeter

Milliohm Kilometer

Milliohm Meter

Milliohm Micrometer

Milliohm Millimeter

Milliohm Nanometer

Meter/Siemens

Nanometer/Siemens

Ohm Centimeter

Ohm Feet

Ohm Inch

Ohm Kilometer

Ohm Meter

Ohm Micrometer

Ohm Millimeter

Ohm Nanometer

Ohm Yard

Statohm Centimeter

Statohm Kilometer

Statohm Meter

Statohm Micrometer

Statohm Millimeter

Statohm Nanometer

Volt/Amp Centimeter

Volt per ampere feet is a unit of measurement for electrical resistivity.   By definition, electrical resistivity of a material is considered to be equal to one volt per ampere feet if one foot cube of this material has total resistance of one volt per ampere.