Determine the Transference Number using the Hittorf's Method. 1 A solution of silver nitrate containing 12.14 g of silver in 50 ml of soluti on was electrolysed between platinum electrodes. After...


Determine the Transference Number using the Hittorf's Method.<br>1 A solution of silver nitrate containing 12.14 g of silver in 50 ml of soluti on was<br>electrolysed between platinum electrodes. After electrolysis, 50 ml of the<br>anode solution was found to contain 11.55g of silver, while 1.25 g of metallic<br>silver was deposited on the cathode. Calculate the tran sference number of<br>Ag+ and NO,-jons.<br>2 In an electrolysis of copper sulphate between copper electrodes the total<br>mass of copper deposited at the cathode was 0.153 g and the masses of<br>copper per unit volume of the anode liquid before and after electrolysis were<br>0.79 and 0.91 g respectively. Calculate the transference number of the Cu2<br>and SO24- ions.<br>

Extracted text: Determine the Transference Number using the Hittorf's Method. 1 A solution of silver nitrate containing 12.14 g of silver in 50 ml of soluti on was electrolysed between platinum electrodes. After electrolysis, 50 ml of the anode solution was found to contain 11.55g of silver, while 1.25 g of metallic silver was deposited on the cathode. Calculate the tran sference number of Ag+ and NO,-jons. 2 In an electrolysis of copper sulphate between copper electrodes the total mass of copper deposited at the cathode was 0.153 g and the masses of copper per unit volume of the anode liquid before and after electrolysis were 0.79 and 0.91 g respectively. Calculate the transference number of the Cu2 and SO24- ions.

Jun 10, 2022
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