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[" Electrolysis of dilute aqueous "NaCl"...

[" Electrolysis of dilute aqueous "NaCl" solution was carried out "],[" by passing "10mA" current.The time required to liberate "],[0.01" mole of "H_(2)" gas at the cathode is "(1F=96500Cmol^(-1)" ) "],[[" (a) "9.65times10^(4)s," (b) "19.3times10^(4)s],[" (c) "28.95times10^(4)s," (d) "38.6times10^(4)s]]

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Electrolysis of dilute aqueous NaCl solution was carried out by passing 10mA current. The time required to liberate 0.01 mole of H_(2) gas at the cathode is ( 1F = 96500 C "mol"^(-1) )

Electrolysis of dilute aqueous NaCl solution was carried out by passing 10mA current. The time required to liberate 0.01mol of H_(2) gas at the cathode is (1F=96500C mol ^(-1))

Electrolysis of dilute aqueous NaCl solution was carried out by passing 10mA current. The time required to liberate 0.01mol of H_(2) gas at the cathode is (1F=96500C mol ^(-1))

Electrolysis of dilute aqueous NaCl solution was carried out by passing 10 milli ampere current. The time required to liberate 0.01 mol of H_(2) gas at the cathode is (1 Faraday=96500 C mol^(-1) )

Electrolysis of dilute aqueous NaCl solution was carried out by passing 10 milli ampere current. The time required to liberate 0.01 mole of H_(2) gas at the cathode is:

Electrolysis of dilute aqueous NaCl solution was carried out by passing 10 mA current. The time required to liberate 0.01 mole of H_2 gas at the cathode is : (1f= 96500C mol^(-1)

Electrolysis of dilute aqueous NaCl solution was carried out by passing 10 milli ampere current. The time required to liberate 0.01 mol of H_(2) gas at the cathode is (1 Faraday=96500 C "mol"^(-1) )