1) a current of 10.0 amperes flows for 2.00 hours through an electrolytic cell containing a molten salt of metal x. this results in the decompostion of 0.250 mole of metal x at the cathode. The oxidation state of X in the molten salt is _______ (x^+,x^2+,x+,x^4+)
2) solutions of ag plus, cu 2 plus, fe 3plus, and Ti 4 plus are electrolyzed with the constant current until 0.10 mole of metal is deposited. which will require the greatest lenght of time.