ELECTRIC-CHARGE

coulombs to attocoulombs

1 Coulombs

1.0E+18

Attocoulombs

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Info about this conversion
Category: electric charge
Conversion: Coulombs to Attocoulombs
The base unit for electric charge is coulombs (SI derived unit)
[Coulombs] symbol/abbrevation: (C)
[Attocoulombs] symbol/abbrevation: (aC)

How to convert Coulombs to Attocoulombs (C to aC)?
1 C = 1.0E+18 aC.
1 x 1.0E+18 aC = 1.0E+18 Attocoulombs.
Always check the results; rounding errors may occur.

Definition:
In relation to the base unit of [electric charge] => (coulombs), 1 Coulombs (C) is equal to 1 coulombs, while 1 Attocoulombs (aC) = 1.0E-18 coulombs.

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Acceleration (m/s2) Angle [plane] (rad) Area (sqm) Data Storage (B) Data Transfer Rate (B/s) Density (kg/m3) Electric Charge (C) Electric Current (A) Electric Resistance (Ω) Energy (J) Force (N) Frequency (Hz) Fuel (km/L) Length [m] Mass, Weight (kg) Mass Flow Rate (kg/s) Power (W) Pressure (Pa) Speed (m/s) Temperature (K) Time (s) Torque (N.m) Volume (L) Volume Flow Rate (m3/s) Quantity (i)
1 Coulombs to common electric-charge units
1 C = 1 coulombs (C)
1 C = 0.1 abcoulombs (abC)
1 C = 0.00027777777777778 amperes hour (Ah)
1 C = 0.016666666666667 amperes minute (Amin)
1 C = 1 amperes second (As)
1 C = 1.0E+18 attocoulombs (aC)
1 C = 100 centicoulombs (cC)
1 C = 0.1 decacoulombs (daC)
1 C = 10 decicoulombs (dC)
1 C = 0.1 electromagnetic units of charge (EMU)
Coulombsto Attocoulombs (table conversion)
1 C = 1.0E+18 aC
2 C = 2.0E+18 aC
3 C = 3.0E+18 aC
4 C = 4.0E+18 aC
5 C = 5.0E+18 aC
6 C = 6.0E+18 aC
7 C = 7.0E+18 aC
8 C = 8.0E+18 aC
9 C = 9.0E+18 aC
10 C = 1.0E+19 aC
20 C = 2.0E+19 aC
30 C = 3.0E+19 aC
40 C = 4.0E+19 aC
50 C = 5.0E+19 aC
60 C = 6.0E+19 aC
70 C = 7.0E+19 aC
80 C = 8.0E+19 aC
90 C = 9.0E+19 aC
100 C = 1.0E+20 aC
200 C = 2.0E+20 aC
300 C = 3.0E+20 aC
400 C = 4.0E+20 aC
500 C = 5.0E+20 aC
600 C = 6.0E+20 aC
700 C = 7.0E+20 aC
800 C = 8.0E+20 aC
900 C = 9.0E+20 aC
1000 C = 1.0E+21 aC
2000 C = 2.0E+21 aC
4000 C = 4.0E+21 aC
5000 C = 5.0E+21 aC
7500 C = 7.5E+21 aC
10000 C = 1.0E+22 aC
25000 C = 2.5E+22 aC
50000 C = 5.0E+22 aC
100000 C = 1.0E+23 aC
1000000 C = 1.0E+24 aC
1000000000 C = 1.0E+27 aC

Coulombs to random (electric-charge units)

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