The Purification of copper can be achieved by electrorefining copper from an impure copper anode onto a pure copper cathode in an electrolytic cell. How many hours will it take to plate 16.5 kg of copper onto the cathode if the current passed through the cell is held constant at 35.0 amperes? Assume the copper in the electrolytic solution is present as Cu2+.
(Faraday’s Constant = 96500 Coulombs/mol e–).
The Purification of copper can be achieved by electrorefining copper from an impure copper anode onto...
Purification of nickel can be achieved by electrorefining nickel from an impure nickel anode onto a pure nickel cathode in an electrolytic cell. How many hours will it take to plate 12.5 kg of nickel onto the cathode if the current passed through the cell is held constant at 32.0 A? Assume the nickel in the electrolytic solution is present as Ni2.
Purification of nickel can be achieved by electrorefining nickel from an impure nickel anode onto a pure nickel cathode in an electrolytic cell. How many hours will it take to plate 15.0 kg of nickel onto the cathode if the current passed through the cell is held constant at 38.5 A? Assume the nickel in the electrolytic solution is present as Ni2+ time: h
Purification of nickel can be achieved by electrorefining nickel from an impure nickel anode onto a pure nickel cathode in an electrolytic cell. How many hours will it take to plate 18.0 kg of nickel onto the cathode if the current passed through the cell is held constant at 35.5 A? Assume the nickel in the electrolytic solution is present as Ni?+ time: h
2. For each of the following cell notations: a. Identify the cathode and anode. b. Write the net cell equation. c. Calculate the cell potential. I) Pb(e) 1 Pb2+(ag) 11 Ni2+ (aq) 1 Ni(s) II) Pts 1 So,"caq) H(aq) 1 H2SO3(aq) 11 Ag‘aq) 1 Ago) 4. Balance the following redox reaction occurring in a basic medium. NO2 (aq) + Al(s) + NH3(g) + AlO2 (aq) 5. A student wishes to set up an electrolytic cell to plate copper onto a...