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coulomb (C) To nanocoulomb (nC) Converter
Conversion Rule
M(nC) = M(C) x 109
[ Where, M is a variable in nC and C ]
Examples
Example 1. Convert 3 coulomb to nanocoulomb.
Solution!
- 1 C = 109 nC.
- 3 C = 3x1000000000 nC.
- 3 C = 3x109 µC.
Example 2. Convert 11 coulomb to nanocoulomb.
Solution!
- 1 C = 109 nC.
- 11 C = 11x1000000000 nC.
- 11 C = 11x109 µC.
Example 3. Convert 3.5 coulomb to nanocoulomb.
Solution!
- 1 C = 109 nC.
- 3.5 C = 3.5x1000000000 nC.
- 3.5 C = 3.5x109 µC.
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 = 109 µC | 20 C = 2x1010 µC |
| 2 C = 2x109 µC | 30 C = 3x1010 µC |
| 3 C = 3x109 µC | 30 C = 3x1010 µC |
| 4 C = 4x109 µC | 40 C = 4x1010 µC |
| 5 C = 5x109 µC | 50 C = 5x1010 µC |
| 6 C = 6x109 µC | 60 C = 6x1010 µC |
| 7 C = 7x109 µC | 70 C = 7x1010 µC |
| 8 C = 8x109 µC | 80 C = 8x1010 µC |
| 9 C = 9x109 µC | 90 C = 9x1010 µC |
| 10 C = 1010 µC | 100 C = 1011 µC |