19942 Three faradays of electricity are passed through molten \(A{l_2}{O_3}\), aqueous solution of \(CuS{O_4}\) and molten \(NaCl\) taken in different electrolytic cells. The amount of \(Al,\,Cu\) and \(Na\) deposited at the cathodes will be in the ratio of

19943 An electrolytic cell contains a solution of \(A{g_2}S{O_4}\) and have platinum electrodes. A current is passed until \(1.6\,gm\) of \({O_2}\) has been liberated at anode. The amount of silver deposited at cathode would be ............. \(\mathrm{gm}\)

19944 The aqueous solution of which of the following decomposes on passing electric current

19945 The number of Faradays needed to reduce \( 4\)  gram equivalents of \(C{u^{ + + }}\) to \(Cu\) metal will be

19946 When electricity is passed through the solution of \(AlC{l_3},\,\,13.5\,\,gm\) of \(Al\) are deposited. The number of Faraday must be

19942 Three faradays of electricity are passed through molten \(A{l_2}{O_3}\), aqueous solution of \(CuS{O_4}\) and molten \(NaCl\) taken in different electrolytic cells. The amount of \(Al,\,Cu\) and \(Na\) deposited at the cathodes will be in the ratio of

19943 An electrolytic cell contains a solution of \(A{g_2}S{O_4}\) and have platinum electrodes. A current is passed until \(1.6\,gm\) of \({O_2}\) has been liberated at anode. The amount of silver deposited at cathode would be ............. \(\mathrm{gm}\)

19944 The aqueous solution of which of the following decomposes on passing electric current

19945 The number of Faradays needed to reduce \( 4\)  gram equivalents of \(C{u^{ + + }}\) to \(Cu\) metal will be

19946 When electricity is passed through the solution of \(AlC{l_3},\,\,13.5\,\,gm\) of \(Al\) are deposited. The number of Faraday must be

19942 Three faradays of electricity are passed through molten \(A{l_2}{O_3}\), aqueous solution of \(CuS{O_4}\) and molten \(NaCl\) taken in different electrolytic cells. The amount of \(Al,\,Cu\) and \(Na\) deposited at the cathodes will be in the ratio of

19943 An electrolytic cell contains a solution of \(A{g_2}S{O_4}\) and have platinum electrodes. A current is passed until \(1.6\,gm\) of \({O_2}\) has been liberated at anode. The amount of silver deposited at cathode would be ............. \(\mathrm{gm}\)

19944 The aqueous solution of which of the following decomposes on passing electric current

19945 The number of Faradays needed to reduce \( 4\)  gram equivalents of \(C{u^{ + + }}\) to \(Cu\) metal will be

19946 When electricity is passed through the solution of \(AlC{l_3},\,\,13.5\,\,gm\) of \(Al\) are deposited. The number of Faraday must be

19942 Three faradays of electricity are passed through molten \(A{l_2}{O_3}\), aqueous solution of \(CuS{O_4}\) and molten \(NaCl\) taken in different electrolytic cells. The amount of \(Al,\,Cu\) and \(Na\) deposited at the cathodes will be in the ratio of

19943 An electrolytic cell contains a solution of \(A{g_2}S{O_4}\) and have platinum electrodes. A current is passed until \(1.6\,gm\) of \({O_2}\) has been liberated at anode. The amount of silver deposited at cathode would be ............. \(\mathrm{gm}\)

19944 The aqueous solution of which of the following decomposes on passing electric current

19945 The number of Faradays needed to reduce \( 4\)  gram equivalents of \(C{u^{ + + }}\) to \(Cu\) metal will be

19946 When electricity is passed through the solution of \(AlC{l_3},\,\,13.5\,\,gm\) of \(Al\) are deposited. The number of Faraday must be

19942 Three faradays of electricity are passed through molten \(A{l_2}{O_3}\), aqueous solution of \(CuS{O_4}\) and molten \(NaCl\) taken in different electrolytic cells. The amount of \(Al,\,Cu\) and \(Na\) deposited at the cathodes will be in the ratio of

19943 An electrolytic cell contains a solution of \(A{g_2}S{O_4}\) and have platinum electrodes. A current is passed until \(1.6\,gm\) of \({O_2}\) has been liberated at anode. The amount of silver deposited at cathode would be ............. \(\mathrm{gm}\)

19944 The aqueous solution of which of the following decomposes on passing electric current

19945 The number of Faradays needed to reduce \( 4\)  gram equivalents of \(C{u^{ + + }}\) to \(Cu\) metal will be

19946 When electricity is passed through the solution of \(AlC{l_3},\,\,13.5\,\,gm\) of \(Al\) are deposited. The number of Faraday must be