Current flow in conductors is due to the movement of electrons, while in electrolytes, it is the movement of ions that constitutes current. Despite the different charge carriers, both scenarios can be analyzed using the same principles of electric current, as described by Kirchhoff's First Law, which states that charge conservation must hold at connections. The conventional understanding of current does not change based on the type of charge carrier, as a positive charge moving in one direction is equivalent to a negative charge moving in the opposite direction. While some debate the direction of current flow, the established conventions remain effective in practical applications. Understanding both electron flow and conventional current can simplify circuit analysis without leading to confusion.