The eV (Electron Volt) is a unit both of mass and energy. It is used as a mass unit in particle physics, for the most part. Generally, you will hear it as a unit of energy. On…e eV is equal to the energy gained by one single unbound electron passing through an electrostatic potential difference of one volt. But what does this mean? To most people, measureing in eV, or even TeV (Tera electron volts=trillion electron volts) is completely impractical. You walking across the floor has trillions of trillions of electron volts, or maybe even more. This measurement is only used for very small things, hence the electron! To sum it up, th eV is a measurement of the energy that an electron has.

No it is not. A volt is a joule divided by a coulomb, it is m 2 ∙kg∙s −3 ∙A −1

All SI base units: Base quantity..........................Name........Symbol length......................................meter........m mass...................................….....kilogram....kg time.........................................second......s electric current........................ampere. ....A thermodynamic temperature....kelvin........K amount of substance...............mole..........mol luminous intensity....................candela.....cd There are no "volts" to find. Volts are a derived SI unit, not a base one.

No the SI base units are: . metre for length . kilogram for mass . second for time . ampere for electric current . kelvin for temperature . candela for luminous intens…ity . mole for the amount of substance. Voltage is derived from the base units, metre, kilogram, seconds and ampere. V=m 2 ·kg·s −3 ·A −1 Definition of voltage The voltage between two ends of a path is the total energy required to move a small electric charge along that path, divided by the magnitude of the charge . V=J/C where: J=m 2 ·kg·s −2 C=s·A V=(m 2 ·kg·s −2 )/(s·A) Thus: V=m 2 ·kg·s −3 ·A −1 For more information look at the subject of "SI derived units"

There are several units related to electricity. The unit of current is the ampere. The unit of electric potential, more commonly known as voltage, is the volt.

Yes, it is part of the SI. It is a derived unit. Yes, it is part of the SI. It is a derived unit. Yes, it is part of the SI. It is a derived unit. Yes, it is part of the SI…. It is a derived unit.

Electricity! Actually just saying "electricity" is an enormous oversimplification. Watts and amperes measure aspects of electricity as well. Volts are a measure of Electro …Motor Force or EMF.

The unit of current is the ampere. The unit of potential difference, or electromagnetic force is the volt.

Yes

Power in watts. P=IE

A volt is itself a unit.

Volts

Electric current is measured in amps not volts Electric voltage is measured in volts.

The units of power in AC reactive circuits are volt-amperes instead of watts because the voltage and current are not in phase with each other. Volt-amperes is a better indicat…ion of how much power a source such as a transformer is supplying, because watts will be less than volt-amperes due to power factor, but that energy still has to be supplied.