What is the magnitude of the current in an electrolyte? if a battery is connected to an electrolytic cell, what is the magnitude of the current in the electrolyte compared to the the magnitude of the current in the wire? This doesn't make sense to me because there are cations flowing in one direction and anions flowing in the other in electrolytes, so is the current twice the magnitude of the current in the wire? does ohm's law still hold? Is current not uniform in the circuit? I hope somebody can help. Thanks!

Edit: Sorry for asking an off-topic question. Thank you so much for the answers and comments!
By Kirchoff's Current Law ("what goes in must come out") the current flowing in total in all the branches of a circuit must be equal at all points. Hence if A amperes are flowing in the wire, as no parallel branches are present we conclude that A amperes must also be flowing in the electrolyte.