Volt

joule coulomb

(V = J/C) A single volt is defined as the potential difference between two points that will impart ONE __________ of energy per __________ of charge that passes through it.

volt difference electric potential current ampere dissipates watt power

(V = W/A) A single ________ is defined as the ________ in ________ ________ across a wire when an electric ________ of ONE ________ ________ ONE ________ of ________.

potential meter electric Newton Coulomb

A single volt is equal to the ________ difference between two points ONE ________ apart in an ________ field of ONE ________ per ________.

Volt = amperes times ohms

A ∗ Ω (A * ω)

I = E/R

Current (in amperes) = Potential Energy (in volts) divided by Resistence (in Ohms Ω)

Volt = Joules divided by Amperes times seconds

J/A * s

volt = joules divided by coulombs

J/C

volt = newtons times meters divided by amperes times seconds

N * m/A * s

volt = Newtons times meters divided by Coulombs

N * m/C

V = A * Ω

Voltage = Amperes multiplied by resistence

Volt = Watts divided by Amperes

W/A

volt = kilograms times meters squared divided by Coulombs times seconds squared

kg * m^2/C * s^2

Volt = square root of Watts times Ohms

sq rt W * Ω