A quantity of electrcity required to reduce `12.3` g of nitrobenzene to aniline arising `50%` current efficiency is

Calculate the quantity of electricity that would be required to reduce 12.3 gm of nitrobenzene to aniline if current efficiency is 50%

Calculate the quantity of electricity required to reduce 12.3g of nitrobenzene to aniline, if the current efficiency for the process is 50% . If the potential drop across the cell is 3.0 V,how much energy will consumed?

Calculate the quantity of electricity that would be required to reduce 12.3g of nitrobenzene to aniline, if current efficiency is 50% . If the potential drops across the cell is 3.0V, how much energy will be consumed ?

Calculate the quantity of electricity required to reduct 24.6g of nitrobenzene to aniline if the current efficienty is 75% . If the potential drop across the cell is 4.0V , how much energy is consumed (Mw of C_(6)H_(5)NO_(2)=123g mol^(-1))

Calculate the quantity of electricity required to reduct 24.6g of nitrobenzene to aniline if the current efficienty is 75% . If the potential drop across the cell is 4.0V , how much energy is consumed (Mw of C_(6)H_(5)NO_(2)=123g mol^(-1))

Calculate the quantity of electricity required to reduct 24.6g of nitrobenzene to aniline if the current efficienty is 75% . If the potential drop across the cell is 4.0V , how much energy is consumed (Mw of C_(6)H_(5)NO_(2)=123g mol^(-1))

Calculate the quantity of electricity that would be required to reduce 12.3g of nitrobenzene to aniline, if the current efficiency for the process is 50% . If the potential drop across the cell is 3.0V , how much energy will be consumed?

Calculate the quantity of electricity that would be required to reduce 12.3g of nitrobenzene to aniline, if the current efficiency for the process is 50%. If the potential drop across the cell is 3.0V, how much energy will be consumed?

Calculate the quantity of electricity that would be required to reduce 12.3g of nitrobenzene to aniline, if the current efficiency for the process is 50% . If the potential drop across the cell is 3.0V , how much energy will be consumed?