19947 The value of one Faraday is .............. \({\rm{C}}\,{\rm{mo}}{{\rm{l}}^{ - 1}}\)

19948 The quantity of electricity needed to liberate \(0.5\,gram\) equivalent of an element is

19949 The number of coulombs required for the deposition of \(107.870\,g\) of silver is

19950 When one of ampere current flows for \(1\,\sec \) through a conductor, this quantity of electricity is known as

19947 The value of one Faraday is .............. \({\rm{C}}\,{\rm{mo}}{{\rm{l}}^{ - 1}}\)

19948 The quantity of electricity needed to liberate \(0.5\,gram\) equivalent of an element is

19949 The number of coulombs required for the deposition of \(107.870\,g\) of silver is

19950 When one of ampere current flows for \(1\,\sec \) through a conductor, this quantity of electricity is known as

19947 The value of one Faraday is .............. \({\rm{C}}\,{\rm{mo}}{{\rm{l}}^{ - 1}}\)

19948 The quantity of electricity needed to liberate \(0.5\,gram\) equivalent of an element is

19949 The number of coulombs required for the deposition of \(107.870\,g\) of silver is

19950 When one of ampere current flows for \(1\,\sec \) through a conductor, this quantity of electricity is known as

19947 The value of one Faraday is .............. \({\rm{C}}\,{\rm{mo}}{{\rm{l}}^{ - 1}}\)

19948 The quantity of electricity needed to liberate \(0.5\,gram\) equivalent of an element is

19949 The number of coulombs required for the deposition of \(107.870\,g\) of silver is

19950 When one of ampere current flows for \(1\,\sec \) through a conductor, this quantity of electricity is known as