Electrolysis of an acetate solution produces ethane according to the Kolbe reaction :
`2CH_(3)COO^(-) rarr C_(2)H_(6)+2CO_(2)+2e^(-)`
What volume of ethane is produced at `27^(@)C` and 740 mm Hg, If a current of 0.5 ampere were passed through the solution for 7 hours and the electrode reaction is `82%` efficient?

The electolysis of acetate solution produces ethane according to reaction: 2CH_3COO^-)toC_2H_6(g)+2CO_2(g)+2e^- The current efficiency of the process is 80% . What volume of gases would be produced at 27^(@) C and 740 torr, if the current of 0.5 amp is used though the solution for 96.45 min?

The electolysis of acetate solution produces ethane according to reaction: 2CH_3COO^-)toC_6H6(g)+2CO_2(g)+2e^- The current efficiency of the process is 80% . What volume of gases would be produced at 27^(@) C and 740 torr, if the current of 0.5 amp is used though the solution for 96.45 min?

The electrolysis of acetate solution produces ethane according to reaction: 2CH_3COO^(-) to C_2H_6(g) + 2CO_(2)(g) + 2e^(-) . The current efficiency of the process is 80% . What volume of gases would be produced at 27^@C and 740 torr. If the current of 0.5 amp is passes through the solution for 96.45 min ? (V_(C_2H_6) + V_(CO_2)) =?

The electolysis of acetate solution produces ethane according to reaction: 2CH_3COO^-)toC_6H6(g)+2CO_2(g)+2e^- The current efficiency of the process is 80% . What volume of gases would be produced at 27^(@) C and 740 torr, if the current of 0.5 amp is used though the solution for 96.45 min? (a)6.0L (b)0.60L (c)1.365L (d)0.91L

What volume of hydrogen and oxygen would be obtained at 27^@C and 740 mm of Hg by passing a current of 25 amperes through acidulated water for 24 hours?

An elecric current 0.25 ampere was passed through acidified water for two hours, the volume of H_(2) produced at N.T.P is

The molar volume of ethane ( C_(2) H_(6)) at 819 ^(@)C and 760 mm of pressure is :

What is the major product in the reaction ? CH_(3) - CH = CH_(2) + HBr overset((C_(6)H_(5)CO)_(2)O_(2))rarr