Electricity Converter Tool

The Free Online Electricity Converter helps you convert one measuring unit of electricity into another measuring unit.

You can convert between Coulomb, Abcoulomb, Ampere hour, Faraday, Statcoulomb, Millifaraday, etc., and support many other conversions.

Instantly convert one unit to all others.

What do you mean by electricity?

In the modern world, we cannot deny the importance of electricity. It is all around us, Powering our mobile phones, laptops, lights, air conditioners, and much more.

EElectricity is described as the presence and the flow of electric charge. The name electricity is sometimes also used for electrical energy. But both are different terms.

Electricity is the source of medium for the transmission of electrical energy. And the item that allows the electricity to move from it is called the conductor. Like copper wires and other metal items are good conductors, they will enable the electricity to move through them. On the other hand, plastic is not a good conductor. You can say it is an insulator, which does not allow the electricity to move through it quickly and stops electrical energy transmission.

Types of Electricity

There are two types of electricity.

  1. Static electricity: made by rubbering two or more objects and creating friction. The electric charges are built on the surface of the material. Suppose you have a balloon and a wool sweater. Before they rubbed each other, they both will be at a neutral charge. That means the number of electrons and protons on each of them will be equal. But when you rubbed them. Electrons will transfer from the wool sweater to the balloon, making it negatively charged due to electrons excess. And the wool sweater will become positively charged due to the shortage of electrons.
  2. Current electricity: made by the flow of electric charge across an electrical field. It is the rate of flow of electrons. The flow of electrons is necessary. That happened due to some conductor. It is like a river where the water has to flow from one point to another.

Units of measurement

The SI-derived unit to measure the electric charge is the coulomb, defined as an ampere second.

C = As

Where

  • C = coulomb
  • A = ampere
  • s = seconds

One coulomb = 6.241509074e×10 18 electrons

However, other measuring units to calculate the electric charge is Abcoulomb, Ampere hour (A hr), Faraday (F), Statcoulomb, Millifaraday (mF), Microfaraday (mu-F), and Picofaraday (pF), etc.

Online conversion tool V/S Manual conversion, which one is better?

Even though the machines are built and programmed by humans, therefore, they are preferred over humans because they give you accurate and correct results within no time.

The measuring unit to measure the electric charge is the coulomb.

However, other measuring units likeAbcoulomb, Ampere hour (A hr), Faraday (F), Statcoulomb, Millifaraday (mF), Microfaraday (mu-F), and Picofaraday (pF), etc., are also used to measure the electricity.

Moreover, sometimes, you have to convert one measuring unit of electricity into another measuring unit. Here the online electricity unit converter helps you a lot for accurate and precise conversion.

How to convert Coulomb (C) to the Faraday (F) using an online electricity unit converter tool?

An online electricity unit converter tool makes the conversion process easy. You can easily convert one measuring unit of electricity to another measuring unit within no time.

To do this, follow the below-mentioned steps.

  • Open the Online Electricity Unit Converter Tool.
  • Enter the amount 1 in the first column.
  • In the second column, "Select from," select Coulomb (C) as a measuring unit from which you want to convert.
  • In the third column, "Select to," choose Faraday (F) as a measuring unit in which you want to convert.
  • Click on the "convert" button; the result will be 0.000010360343093121903 Faraday (F) within no time.
  • Therefore, 1 Coulomb (C) = 0.000010360343093121903 Faraday (F).

Note: You can adopt the same conversion procedure between Abcoulomb, Ampere hour (A hr), Faraday (F), Statcoulomb, Millifaraday (mF), Microfaraday (mu-F), and Picofaraday (pF).