An aqueous solution of 0.01 N KCl is transferred through a corundum membrane in 1 h as a result of electroosmosis. The electrokinetic potential of the corundum surface is 80 mV, the membrane resistance is 3900 Ohm. Osmosis is carried out at 298 K under the action of a potential difference of 100 V. What volume of solution has been transferred through the membrane during this time? For more information see the handbook. Calculate the consumption of electricity required to transfer 1 m3 of solution through the membrane.

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