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nanocoulomb (nC) to coulomb (C) Converter
Conversion Rule

M(C) = M(nC) x 10-9

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

Examples

Example 1. Convert 3 nanocoulomb to coulomb.

Solution!
  • 1 nC = 10-9 C.
  • 3 nC = 3/1000000000 C.
  • 3 nC = 3x10-9 C.

Example 2. Convert 11 nanocoulomb to coulomb.

Solution!
  • 1 nC = 10-9 C.
  • 11 nC = 11/1000000000 C.
  • 11 nC = 11x10-9 C.

Example 3. Convert 3.5 nanocoulomb to coulomb.

Solution!
  • 1 nC = 10-9 C.
  • 3.5 nC = 3.5/1000000000 C.
  • 3.5 nC = 3.5x10-9 C.
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 nC = 10-9 C 20 nC = 2x10-8 C
2 nC = 2x10-9 C 30 nC = 3x10-8 C
3 nC = 3x10-9 C 40 nC = 4x10-8 C
4 nC = 4x10-9 C 50 nC = 5x10-8 C
5 nC = 5x10-9 C 60 nC = 6x10-8 C
6 nC = 6x10-9 C 70 nC = 7x10-8 C
7 nC = 7x10-9 C 80 nC = 8x10-8 C
8 nC = 8x10-9 C 90 nC = 9x10-8 C
9 nC = 9x10-9 C 100 nC = 10-7 C
10 nC = 10-8 C 1000 nC = 10-6 C