If the transport number of the cation of HCl is 0.8. Show what happens during the...

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If the transport number of the cation of HCl is 0.8. Show what happens during the electrolysis of a solution of HCI when 6 milliequivalents of electricity is allowed to pass through the solution. Initially, the cathode, center and anode chambers of an electrolytic cell contain each 12 milliequivalents of HCI in aqueous solution. A. Illustrate your answer in terms of before, during and after the hydrolysis using the given ions. B. Using Hittorf's rule, what will be the number of milliequivalents of HCI in the cathode compartment AFTER the passage of electricity? C. What is the ratio of the speed of the cation to that of the anion? If the transport number of the cation of HCl is 0.8. Show what happens during the electrolysis of a solution of HCI when 6 milliequivalents of electricity is allowed to pass through the solution. Initially, the cathode, center and anode chambers of an electrolytic cell contain each 12 milliequivalents of HCI in aqueous solution. A. Illustrate your answer in terms of before, during and after the hydrolysis using the given ions. B. Using Hittorf's rule, what will be the number of milliequivalents of HCI in the cathode compartment AFTER the passage of electricity? C. What is the ratio of the speed of the cation to that of the anion?

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7 mEq of electricity was passed through the solution ie 7mF of electricity was passed ... View the full answer