| Unit | k℧ |
|---|---|
| Name | kilomho |
| Category | Electrical Conductance |
| Details | The unit k℧ (kilomho) in the field of electrical conductance is equivalent to one thousand mhos. Electrical conductance is a measure of a material's ability to allow the flow of electric current. A mho is the reciprocal of the ohm (1/ohm), which is the SI unit for electrical resistance. Therefore, one kilomho (1 k℧) is equal to 1,000 mhos or 1,000 siemens (S), where siemens is the standard unit for electrical conductance in the International System of Units (SI). In summary, 1 k℧ represents 1,000 times the conductance of a hypothetical ideal conductor with zero resistance. |
k℧(kilomho) to abS(absiemens)k℧(kilomho) to ab℧(abmho)k℧(kilomho) to aS(attosiemens)k℧(kilomho) to a℧(attomho)k℧(kilomho) to cS(centisiemens)k℧(kilomho) to c℧(centimho)k℧(kilomho) to daS(decasiemens)k℧(kilomho) to da℧(decamho)k℧(kilomho) to dS(decisiemens)k℧(kilomho) to d℧(decimho)k℧(kilomho) to ES(exasiemens)k℧(kilomho) to E℧(examho)k℧(kilomho) to fS(femtosiemens)k℧(kilomho) to f℧(femtomho)k℧(kilomho) to GS(gigasiemens)k℧(kilomho) to G℧(gigamho)k℧(kilomho) to hS(hectosiemens)k℧(kilomho) to h℧(hectomho)k℧(kilomho) to kS(kilosiemens)k℧(kilomho) to MS(megasiemens)k℧(kilomho) to mS(millisiemens)k℧(kilomho) to M℧(megamho)k℧(kilomho) to m℧(millimho)k℧(kilomho) to nS(nanosiemens)k℧(kilomho) to n℧(nanomho)k℧(kilomho) to PS(petasiemens)k℧(kilomho) to pS(picosiemens)k℧(kilomho) to P℧(petamho)k℧(kilomho) to p℧(picomho)k℧(kilomho) to S(siemens)k℧(kilomho) to TS(terasiemens)k℧(kilomho) to T℧(teramho)k℧(kilomho) to yS(yoctosiemens)k℧(kilomho) to YS(yottasiemens)k℧(kilomho) to y℧(yoctomho)k℧(kilomho) to Y℧(yottamho)k℧(kilomho) to zS(zeptosiemens)k℧(kilomho) to ZS(zettasiemens)k℧(kilomho) to z℧(zeptomho)k℧(kilomho) to Z℧(zettamho)k℧(kilomho) to µS(microsiemens)k℧(kilomho) to µ℧(micromho)k℧(kilomho) to ℧(mho)