[tex]\color{green}{\mathrm{please\: mark\:it\:as\: brainliest}}[/tex]∵× ∴θ[tex]{\color{blue}{\bold{\boxed{\color{red}{\huge{\bold{I\:Am\:Learning\: Latex}}}}}}}[/tex][tex]{\color{blue}{\bold{\boxed{\color{red}{\huge{\bold{mark\: it \:as \:brainliest}}}}}}}[/tex]Voltage is the pressure from an electrical circuit’s power source that pushes charged electrons (current) through a conducting loop, enabling them to do work such as illuminating a light. In brief, voltage = pressure, and it is measured in volts (V).∠(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)
[tex]\color{red}{\mathrm{I\:hope\:it\:helps\:you}[/tex]
[tex]\color{green}{\mathrm{I\:hope\:it\: helps\:you}}[/tex]
[tex]\color{green}{\mathrm{please\: mark\:it\:as\: brainliest}}[/tex]∵× ∴θ[tex]{\color{blue}{\bold{\boxed{\color{red}{\huge{\bold{I\:Am\:Learning\: Latex}}}}}}}[/tex][tex]{\color{blue}{\bold{\boxed{\color{red}{\huge{\bold{mark\: it \:as \:brainliest}}}}}}}[/tex]Voltage is the pressure from an electrical circuit’s power source that pushes charged electrons (current) through a conducting loop, enabling them to do work such as illuminating a light. In brief, voltage = pressure, and it is measured in volts (V).∠(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)(≧▽≦)