In producing chrlorine through electorlysis, 100 kW power at 125 V is being consumed. How much chlorine per minute is liberated ? Electrochemical equivalent for chlorine `=0.367xx10^(-6) kg C^(-1)`A. `1.76xx10^(-3)kg`B. `9.67xx10^(-3) kg`C. `17.6xx10^(-3) kg`D. `3.67xx10^(-3)kg`

In producing chrlorine through electorlysis, 100 kW power at 125 V is

1.	In producing chrlorine through electorlysis, 100 kW power at 125 V is being consumed. How much chlorine per minute is liberated ? Electrochemical equivalent for chlorine `=0.367xx10^(-6) kg C^(-1)`A. `1.76xx10^(-3)kg`B. `9.67xx10^(-3) kg`C. `17.6xx10^(-3) kg`D. `3.67xx10^(-3)kg`
Answer» Correct Answer - C `m=Zlt=Z((P)/(V))t` `=(0.367xx10^(-6))((100xx10^(3))/(125))(60)` `=17.61xx10^(-3)kg`

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In producing chrlorine through electorlysis, 100 kW power at 125 V is being consumed. How much chlorine per minute is liberated ? Electrochemical equivalent for chlorine `=0.367xx10^(-6) kg C^(-1)`A. `1.76xx10^(-3)kg`B. `9.67xx10^(-3) kg`C. `17.6xx10^(-3) kg`D. `3.67xx10^(-3)kg`

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