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[" After electrolysis of "NaCl" solution with inert electrodes for a certain period of time "600mL" of the "],[" solution was left which was found to be "1N" in "NaOH" .During the same time,"31.75g" of Cu deposited "],[" in the copper voltmeter in series with the electrolytic cell.Calculate the percentage yield of "NaOH],[" obtained."]

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After electrolytes of NaCl solution with inert electrodes for a certain period of time 600 mL of the solution was left which was found to be 1N in NaOH. During the same time, 31.75 g of Cu deposited in the copper voltmeter in seris with the electrolytic cell. Calcualte the percentage yield of NaOH obtained.

After electrlysis of NaCI solution with inert electrodes for a certain period of time 600mL of the solution was left. Which was found to be 1N in NaOH . During the same time, 31.75 g of Cu deposited in the copper voltameter in series the electrolytic cell. calculate the percentage yield of NaOH obtained.

After electrlysis of NaCI solution with inert electrodes for a certain period of time 600mL of the solution was left. Which was found to be 1N in NaOH . During the same time, 31.75 g of Cu deposited in the copper voltameter in series the electrolytic cell. calculate the percentage yield of NaOH obtained.

After electrlysis of NaCI solution with inert electrodes for a certain period of time 600mL of the solution was left. Which was found to be 1N in NaOH . During the same time, 31.75 g of Cu deposited in the copper voltameter in series the electrolytic cell. calculate the percentage yield of NaOH obtained.

In the elctrolysis of AgNO_3 solution 0.42g of Ag is produced of cathode after o certain period of time. Calculate the quantity of electricity required (molar weight of Ag is 107.9 g mol^-1)

Inthe electrolysis of AgNO_3 solution 0.7g of Ag is deposited after a certain period of time.Calculate the quantity of electricity required in coulomb. Molar mass of Ag is 107.9 g mol^(-1) .

A constant electric current flows for 4 hours through two electrolytic cells connectedin series. Onecontain AgNO_3 ssolutionandsecondcontains CuCl_2 solution. During this time, 4 grams of Ag are deposited in the first cell: How many grams of Cu are deposited in the second cell?

How much time is required for 1.5 g Ag to deposit when 1.50 A current is passed through an electrolytic cell containing AgNO_(3) solution with inert electrodes?