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Electric Charge Converter - Charge Converter

Electric current is the rate of flow of electric charge through a conductor in an electric circuit. It is measured in Coulombs per second (C/s) or Amperes (the SI unit for electric current). A charge flows when an electromotive force is applied, given by potential difference (or voltage). The charge always flows from high electrical potential to low potential. Electric current can be simply called “current”. The electric charge is carried by mobile electrons in a conductor, or ions in an electrolyte. Electric current is measured by an ammeter.

 

Charge Converter

Abcoulomb:
abC
Ampere-hour:
A*h
Ampere-minute:
A*min
Ampere-second:
A*s
Coulomb:
C
Coulomb(international):
C
Elementary charge:
e
Faraday(chem):
F
Faraday(phys):
F
Franklin:
Fr
Kilocoulomb:
kC
Megacoulomb:
MC
Microcoulomb:
µC
Millicoulomb:
mC
Nanocoulomb:
nC
Picocoulomb:
pC
Statcoulomb:
stC

Table of Contents:

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    Formula

    Charge Converter:
    Charge Converter = coulomb = 6.242×1018 e
    Electron is approximately −1.602×10−19 C

    Where,
    e is the charge of a proton

    Electric current is also produced naturally by various phenomena including lightning, electric eels, solar wind and the polar auroras. The nervous system in humans and animals also uses a form of electric current based on the exchange of ions.

    Example:
    Convert the Electric Charge.
    Enter Value: 25 abcoulomb

    Solution:
    abcoulomb: 25.00000000
    ampere-minute: 4.166666667
    coulomb: 250.0000000
    electronic charge: 1.560354513e+21
    faraday(phys): 0.002590215000
    kilocoulomb: 0.2500000000
    microcoulomb: 250000000.0
    nanocoulomb: 2.500000000e+11
    statcoulomb: 7.494800000e+11
    ampere-hour: 0.06944444444
    ampere-second: 250.0000000
    coulomb(international): 250.0412501
    faraday(chem): 0.002590942500
    franklin: 7.494800000e+11
    megacoulomb: 0.0002500000000
    millicoulomb: 250000.0000
    picocoulomb: 2.500000000e+14