Select false statement from the following regarding electrochemical cell.

Step-by-step solution

Standard cell potential is an intensive property since it remains constant regardless of system size or material quantity, making statement A true. Electrode potential depends on solution concentration through the Nernst equation, E = E^ - RT nF Q , confirming statement B as true. Standard free energy change , G^ = -nFE^ _ cell , is extensive because n scales with reaction stoichiometry, rendering statement C false. Electrical work in a galvanic cell equals the decrease in Gibbs energy per W_ elec,max = - G , verif