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coulomb (C) To electron (e) Converter
Conversion Rule

M(e) = M(C) x 6.242 x 1018

[ Where, M is a variable in e and C ]

Examples

Example 1. Convert 3 coulomb to electron.

Solution!
  • 1 C = 6.242x1018 e.
  • 3 C = 3 x 6.242 x 1018 e.
  • 3 C = 1.8762 x 1019 e.

Example 2. Convert 11 coulomb to electron.

Solution!
  • 1 C = 6.242 x 1018 e.
  • 11 C = 11 x 6.242 x 1018 e.
  • 11 C = 6.8662 x 1019 e.

Example 3. Convert 3.5 coulomb to electron.

Solution!
  • 1 C = 6.242 x 1018 e.
  • 3.5 C = 3.5 x 6.242 x 1018 e.
  • 3.5 C = 2.1847 x 1019 e.
Standard Electrical Units of Measure
Parameter Unit Symbol Formula
Voltage Volt V or E C = I × R
Current Ampere I or i I = V ÷ R
Resistance Ohm R or Ω R = V ÷ I
Conductance Siemen G or ℧ G = 1 ÷ R
Capacitance Farad C C = Q ÷ V
Charge Coulomb Q Q = C × V
Inductance Henry L ot H VL = -L(di/dt)
Power Watts W P = V × I or I2 × R
Impedance Ohm Z Z2 = R2 + X2
Frequency Hertz Hz ƒ = 1 ÷ T
Useful Information
1 C = 6.242 x 1018 e 20 C = 1.2484 x 1020 e
2 C = 1.2484 x 1019 e 30 C = 1.8726 x 1020 e
3 C = 1.8726 x 1019 e 40 C = 2.4968 x 1020 e
4 C = 2.4968 x 1019 e 50 C = 3.121 x 1020 e
5 C = 3.121 x 1019 e 60 C = 3.7452 x 1020 e
6 C = 3.7452 x 1019 e 70 C = 4.3694 x 1020 e
7 C = 4.3694 x 1019 e 80 C = 4.9936 x 1020 e
8 C = 4.9936 x 1019 e 90 C = 5.6178 x 1020 e
9 C = 5.6178 x 1019 e 100 C = 6.242 x 1020 e
10 C = 6.242 x 1019 e 1000 C = 6.242 x 1021 e