Question

Define one coulomb charge.

Answer 1

Hint The unit of the charge is mentioned as the charge. The flow of the charges or the electrons are called current. It is the SI unit of the charge and it is named as Coulomb because it was found by the French physicist Charles Augustin de Coulomb.

Complete step by step solution
The coulomb is generally abbreviated as $C$ is the SI unit for electric charge. One coulomb is equivalent to the measure of charge from a current of one ampere streaming for one second. One coulomb is equivalent to the charge on $6.241 \times {10^{18}}$ protons. The charge on $1$ proton is $1.6 \times {10^{ - 19}}\,C$. Then again, the charge of an electron is $ - 1.6 \times {10^{19}}\,C$.
One coulomb is the total amount of the charge transferred in the time of one second by the steady current of one ampere and it is equivalent to $6.415 \times {10^{16}}\,C$. The essential unit of electric charge, equivalent to the amount of charge moved in one second by a consistent flow of one ampere, and equal to $6.241 \times {10^{18}}$ charges, where one rudimentary charge is the charge of a proton or the negative of the charge of an electron. A coulomb's incentive in the International System contrasts somewhat from that in the meter-kilogram-second-ampere arrangement of units.
The essential unit of electric charge in the SI and MKS frameworks, equivalent to the charge of $6.28 \times {10^{18}}$ electrons; the charge conveyed by a flow of one ampere in one second. The SI determined unit used to quantify electric charge. One coulomb is equivalent to the amount of charge that goes through a cross-segment of a conductor in one second, given a current of one ampere. A standard unit of electrical charge. one coulomb (C) is comparable to one amp of current moving through a conductor for one second.

Note The coulomb is the SI unit of the charge, and the ampere is the unit of the current. So, one coulomb is the amount of charge transferred in one second by the steady current of one ampere. Coulomb's law shows the force between the two charges.