When one gram mole of `KMnO_(4)` is mixed with hydrochlroic acid then, the volume of chlorine gas liberated at NTP will be :

The volume of mole of a perfect gas at NTP is

When one mole of bleaching powder is completely decomposed, then the mass of chlorine gas that is liberated will be

5.84 grams of hydrogen chloride and 5.22 grams of manganese dioxide are reacted. Calculate the volume of chlorine gas liberated at STP?

An electric current of 100 ampere is passed through a moltan liquid of sodium chloride for 5 hours. Calculate the volume of chlorine gas liberated at the electrode at NTP.

In the electrolysis of an aqueous solution of NaOH , 2.8 litres of O_(2)(g) is liberated at the anode at NTP . Volume of hydrogen gas liberated at the cathode at NTP will be