Electric charge is a fundamental property of matter that causes it to experience a force when placed in an electromagnetic field. It is measured in coulombs (C).
1 µC = 1.0364e-11 Fd
1 Fd = 96,485,332,120 µC
Example:
Convert 15 Microcoulomb to Faraday:
15 µC = 1.5546e-10 Fd
| Microcoulomb | Faraday |
|---|---|
| 0.01 µC | 1.0364e-13 Fd |
| 0.1 µC | 1.0364e-12 Fd |
| 1 µC | 1.0364e-11 Fd |
| 2 µC | 2.0729e-11 Fd |
| 3 µC | 3.1093e-11 Fd |
| 5 µC | 5.1821e-11 Fd |
| 10 µC | 1.0364e-10 Fd |
| 20 µC | 2.0729e-10 Fd |
| 30 µC | 3.1093e-10 Fd |
| 40 µC | 4.1457e-10 Fd |
| 50 µC | 5.1821e-10 Fd |
| 60 µC | 6.2186e-10 Fd |
| 70 µC | 7.2550e-10 Fd |
| 80 µC | 8.2914e-10 Fd |
| 90 µC | 9.3278e-10 Fd |
| 100 µC | 1.0364e-9 Fd |
| 250 µC | 2.5911e-9 Fd |
| 500 µC | 5.1821e-9 Fd |
| 750 µC | 7.7732e-9 Fd |
| 1000 µC | 1.0364e-8 Fd |
| 10000 µC | 1.0364e-7 Fd |
| 100000 µC | 1.0364e-6 Fd |
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