Convert exasiemens to kilomho


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How many exasiemens in 1 kilomho? The answer is 1.0E-15. We assume you are converting between exasiemens and kilomho. You can view more details on each measurement unit: exasiemens or kilomho The SI derived unit for electric conductance is the siemens. 1 siemens is equal to 1.0E-18 exasiemens, or 0.001 kilomho. Note that rounding errors may occur, so always check the results. Use this page to learn how to convert between exasiemens and kilomhos. Type in your own numbers in the form to convert the units!

Quick conversion chart of exasiemens to kilomho

1 exasiemens to kilomho = 1.0E+15 kilomho

2 exasiemens to kilomho = 2.0E+15 kilomho

3 exasiemens to kilomho = 3.0E+15 kilomho

4 exasiemens to kilomho = 4.0E+15 kilomho

5 exasiemens to kilomho = 5.0E+15 kilomho

6 exasiemens to kilomho = 6.0E+15 kilomho

7 exasiemens to kilomho = 7.0E+15 kilomho

8 exasiemens to kilomho = 8.0E+15 kilomho

9 exasiemens to kilomho = 9.0E+15 kilomho

10 exasiemens to kilomho = 1.0E+16 kilomho

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You can do the reverse unit conversion from kilomho to exasiemens, or enter any two units below:

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Common electric conductance conversions

Definition: Exasiemens

The SI prefix "exa" represents a factor of 1018, or in exponential notation, 1E18.

So 1 exasiemens = 1018 siemens.

The definition of a siemens is as follows:

The siemens is the SI derived unit of electric conductance. It is equal to inverse ohm. It is named after the German inventor and industrialist Ernst Werner von Siemens, and was previously called the mho. In English, the term siemens is used both for the singular and plural. The 14th General Conference on Weights and Measures approved the addition of the siemens as an SI derived unit in 1971.

Definition: Kilomho

The SI prefix "kilo" represents a factor of 103, or in exponential notation, 1E3.

So 1 kilomho = 103 mhos.

The definition of a mho is as follows:

The SI derived unit of electric conductance is the siemens, which was previously referred to by the term mho. That term came from spelling ohm backwards and was written with an upside-down capital Greek letter Omega. The term siemens, as it is an SI unit, is used universally in science and primarily in electrical applications, while mho is still used primarily in electronic applications.

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