This web page allows you to convert the different electrical charge units and answers the following questions in particular: What is electrical charge and how is it used in physics? What are the most commonly used units of electrical charge, and when were they developed? What are some interesting facts about different units of electrical charge? What are the reference and record values for the Coulomb, statcoulomb, abcoulomb, and Franklin units of electrical charge? How can one convert between different units of electrical charge?
Electrical charge is a physical property used for measuring the electrical forces between charged particles. Charge can be found in various forms, including static charge, positive charge, negative charge, and electric field. It is a fundamental concept in physics that is used to describe and analyze the behavior of matter and energy in both electrical and mechanical systems. In this article, we explore the history of the different units of electrical charge, their uses and interesting facts.
Units of electrical charge have been in existence since the 19th century. The most commonly used unit of charge is the Coulomb (C). This was developed by André-Marie Ampère in 1881 and is based on the electrochemical equivalent of hydrogen. The Coulomb is the official SI adopted unit for electric charge, and is used to measure electric potential, capacitance, and current.
In addition to the Coulomb, there are several other units of electric charge which are used for specific purposes. The most commonly used of these are the statcoulomb (statC), abcoulomb (abC), and Franklin (Fr).
The statcoulomb is a unit of electric charge equal to the charge of one statvolt of electricity, which is the amount necessary to move a unit of electric current in one second. The abcoulomb, on the other hand, is a unit of electric charge equal to 10-8 coulombs and is often used to measure capacitance in capacitors. The Franklin is a unit of electric charge which is equal to one tenth of a coulomb.
There are various interesting facts surrounding the different units of electric charge. One such fact is that the statcoulomb is one of the oldest units of charge, and was used by Michael Faraday in his experiments with electric current and magnetism in 1831.
Another interesting fact is that the Franklin is named after the American founding father, Benjamin Franklin, who is credited for his work and experiments in the fields of electricity and magnetism.
Finally, the abcoulomb is a unit of electric charge which is derived from the abbreviation of the word ""ampere"", which is the SI unit of electric current.
The conversion between the different units of electric charge is quite simple and straightforward. To convert from one unit to the other, you simply have to multiply or divide your initial value by the numerical conversion factor for each unit. For example, to convert from Coulombs (C) to statcoulombs (statC), you would multiply your initial value by 1.112 * 10−12, while to convert from abcoulombs (abC) to Coulombs (C), you would divide your initial value by 10−8.