19965 The amount of silver deposited by passing \(241.25\)  coulomb of current through silver nitrate solution is

19966 When \(1\,F \) of electricity is passed through acidulated water, \({O_2}\) evolved is ............. \(\mathrm{dm}^{3}\)

19967 Charge required to liberate  \(11.5\,g \) sodium is

19968 In the electrolysis of water, one Faraday of electrical energy would evolve

19965 The amount of silver deposited by passing \(241.25\)  coulomb of current through silver nitrate solution is

19966 When \(1\,F \) of electricity is passed through acidulated water, \({O_2}\) evolved is ............. \(\mathrm{dm}^{3}\)

19967 Charge required to liberate  \(11.5\,g \) sodium is

19968 In the electrolysis of water, one Faraday of electrical energy would evolve

19965 The amount of silver deposited by passing \(241.25\)  coulomb of current through silver nitrate solution is

19966 When \(1\,F \) of electricity is passed through acidulated water, \({O_2}\) evolved is ............. \(\mathrm{dm}^{3}\)

19967 Charge required to liberate  \(11.5\,g \) sodium is

19968 In the electrolysis of water, one Faraday of electrical energy would evolve

19965 The amount of silver deposited by passing \(241.25\)  coulomb of current through silver nitrate solution is

19966 When \(1\,F \) of electricity is passed through acidulated water, \({O_2}\) evolved is ............. \(\mathrm{dm}^{3}\)

19967 Charge required to liberate  \(11.5\,g \) sodium is

19968 In the electrolysis of water, one Faraday of electrical energy would evolve