A sodium ion, due to its positive charge, would move toward the negativeelectrode, the cathode, in an aqueous solution during electrolysis. Furthermore, in biological systems like our body cells, due to the sodium-potassium pump, sodium ions have atendencyto move into the cell.In an aqueous solution, thesodiumion, being a positively charged ion (cation), would move towards the negative electrode, also known as the cathode, duringelectrolysis. This phenomenon is often observed in experiments involving the electrolysis of an aqueous sodium chloride solution. In this scenario, due to the concentration gradient, these sodium ions migrate to the cathode driven by the activity of the electrical field applied.Under specific conditions, such as in our body cells, the sodium ion's movement is driven by the sodium-potassium pump, which often leads to a tendency of sodiumionsmoving into the cell, responding to the net negative charge inside the cell.Learn more aboutSodium Ion Movementhere:brainly.com/question/35958521#SPJ1...

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