In the electroplating of a silver spoon, the spoon acts as the cathode and a piece of pure silver as the anode. Both dip into a solution of silver cyanide (AgCN). Suppose that a current of 1.5 A is passed through such a cell for 22 minutes and that the spoon has a surface area of 16 cm2 . Calculate the average thickness of the silver layer deposited on the spoon, taking the density of silver to be 10.5 g cm-3.
In the electroplating of a silver spoon, the spoon acts as the cathode and a piece of pure silver as the anode. Both dip into a solution of silver cyanide (AgCN). Suppose that a current of 1.5 A is passed through such a cell for 22 minutes and that the spoon has a surface area of 16 cm2 . Calculate the average thickness of the silver layer deposited on the spoon, taking the density of silver to be 10.5 g cm-3.
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In the electroplating of a silver spoon, the spoon acts as the cathode and a piece of pure silver as the anode. Both dip into a solution of silver cyanide (AgCN). Suppose that a current of 1.5 A is passed through such a cell for 22 minutes and that the spoon has a surface area of 16 cm2 . Calculate the average thickness of the silver layer deposited on the spoon, taking the density of silver to be 10.5 g cm-3.
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