Mho Mho

Mho - Definition and Overview

The siemens (symbol: S) is an SI derived unit of measurement for electric conductance, being the inverse of the ohm (Ω), named after Werner von Siemens.

<math>S = A/V<math>

Mho is a now eccentric name for this unit of electrical conductance, equal to 1 Ω-1. It is derived by spelling ohm backwards. Its symbol is <math>\mho<math> (the upside-down letter Ω). The term siemens is used universally in science and primarily in electrical applications, while mho is used primarily in electronic applications.

SI electricity units

SI electromagnetism units

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Name Symbol Dimensions Quantity
ampere (SI base unit) A A Current
coulomb C A·s Electric charge, Quantity of electricity
volt V J/C = kg·m2·s−3·A−1 Potential difference
ohm Ω V/A = kg·m2·s−3·A−2 Resistance, Impedance, Reactance
ohm metre Ω·m kg·m3·s−3·A−2 Resistivity
farad F C/V = kg−1·m−2·A2·s4 Capacitance
farad per metre F/m kg−1·m−3·A2·s4 Permittivity
reciprocal farad F−1 kg1·m2·A−2·s−4 Elastance
siemens S Ω−1 = kg−1·m−2·s3·A2 Conductance, Admittance, Susceptance
siemens per metre S/m kg−1·m−3·s3·A2 Conductivity
weber Wb V·s = kg·m2·s−2·A−1 Magnetic flux
tesla T Wb/m2 = kg·s−2·A−1 Magnetic flux density
ampere per metre A/m m−1·A magnetic induction
ampere-turns per weber A/Wb kg−1·m−2·s2·A2 Reluctance
henry H V·s/A = kg·m2·s−2·A−2 Inductance
henry per metre H/m kg·m·s−2·A−2 Permeability
(dimensionless) - - Magnetic susceptibility


Example Usage of Mho
RickWDavies: http://bit.ly/4yBVHR RT @pixeldreamer: 5 Essential Blogging Tips from the Father of Chinese Philosophy http://pd.am/lv ^Mho nice read mac!
esamek: RT @pixeldreamer: 5 Essential Blogging Tips from the Father of Chinese Philosophy http://pd.am/lv ^Mho nice read mac!
pixeldreamer: 5 Essential Blogging Tips from the Father of Chinese Philosophy http://pd.am/lv ^Mho
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