### Polular Electricity Converter

### Objective of Measurement:

Measurement is the most important aspect of our life. We use measurement in science, engineering, business trading, personal life, education, and more other fields. As technology is growing day by day so we need a highly accurate and easy convenient global measuring system in each and every field. It is essential to use standard measurement in every field that everyone to be sure that they not get cheated.

### History of Measurement:

In history for measurement people used the human body as a tool. For measuring length used forearm, hand, foot & finger as a unit. The foot, finger is a subdivided shorter unit of a length. This type of measurement is not accurate cause different in size of the arm & finger for different people & some of the countries still using it. In history, there were lots of measuring systems developed but mostly used imperial, the metric system of measurement. We use these systems for measure distances, volume, weight, speed, area etc. Due to this a major problem everyone is facing while doing trading between the countries. A huge improvement in civilization, It necessary to improve measuring standards. Nowadays International Standard (SI) units are used as a global measurement system.

### Charge Conversion - Electric Charge Converter | Unit Converter:

Our charge conversion converter converts electric charge units coulomb [C] (100), megacoulomb [MC] (0.0001), kilocoulomb [kC] (0.1), millicoulomb [mC] (100000), microcoulomb [µC] (100000000), nanocoulomb [nC] (100000000000), picocoulomb [pC] (100000000000000), abcoulomb [abC] (10), EMU of charge (10), statcoulomb [stC] (299792458000), ESU of charge (299792458000), franklin [Fr] (299792458000), ampere-hour [A*h] (0.0277777778), ampere- minute [A*min] (1.6666666667), ampere-second [A*s] (100), faraday (based on carbon 12) (0.0010364272), Elementary charge [e] (624150636309400000000) vice versa with metric conversion.

Charge conversions & it's abbreviations | |||||
---|---|---|---|---|---|

Unit | Abbreviation | Unit | Abbreviation | Unit | Abbreviation |

coulomb | C | megacoulomb | MC | kilocoulomb | kC |

millicoulomb | mC | microcoulomb | µC | nanocoulomb | nC |

picocoulomb | pC | abcoulomb | abC | EMU of charge | - |

statcoulomb | stC | ESU of charge | - | franklin | Fr |

ampere-hour | A*h | ampere-minute | A*min | ampere-second | A*s |

faraday (based on carbon 12) | - | Elementary charge | e |

Complete list of Charge conversion units and its conversion.

- 1 coulomb = 0.001 kilocoulomb

coulomb to kilocoulomb - 1 kilocoulomb = 1000 coulomb

kilocoulomb to coulomb - 1 coulomb = 1000 millicoulomb

coulomb to millicoulomb

- 1 millicoulomb = 0.001 coulomb

millicoulomb to coulomb - 1 coulomb = 1000000000000 picocoulomb

coulomb to picocoulomb - 1 picocoulomb = 1.E-12 coulomb

picocoulomb to coulomb

- 1 coulomb = 2997924580 franklin

coulomb to franklin - 1 franklin = 3.335640951E-10 coulomb

franklin to coulomb - 1 coulomb = 0.0002777778 ampere-hour

coulomb to ampere hour

- 1 ampere-hour = 3600 coulomb

ampere hour to coulomb - 1 coulomb = 0.0000103643 faraday (based on carbon 12)

coulomb to faraday - 1 faraday (based on carbon 12) = 96485.309 coulomb

faraday to coulomb

- 1 millicoulomb = 1000 microcoulomb

millicoulomb to microcoulomb - 1 microcoulomb = 0.001 millicoulomb

microcoulomb to millicoulomb - 1 nanocoulomb = 1000 picocoulomb

nanocoulomb to picocoulomb

- 1 picocoulomb = 0.001 nanocoulomb

picocoulomb to nanocoulomb - 1 franklin = 3.457149058E-15 faraday (based on carbon 12)

franklin to faraday - 1 faraday (based on carbon 12) = 289255679459970 franklin

faraday to franklin

- 1 ampere-hour = 3600 ampere-second

ampere per hour to ampere per second - 1 ampere-second = 0.0002777778 ampere-hour

ampere per second to ampere per hour - 1 ampere-minute = 0.0166666667 ampere-hour

ampere per minute to ampere per hour

- 1 ampere-hour = 60 ampere-minute

ampere per hour to ampere per minute