An electric discharge is passed through a mixture containing 50 c.c. of `O_(2)` and 50 c.c. of` H_(2)`. The volume of the gases formed (i) at room temperature and (ii) at `110^(@)`C will be

An electric discharge is passed through a mixture containing 50cc of O_(2) and 50cc of H_(2) . The volume of the gases formed at 110^(@)C will be

If 20 cc of methane in burnt using 50 cc of oxygen, the volume of the gases left after cooling to room temperature is

A gaseous mixture contains 50% of H_(2),40% of CH_(4) and 10% of O_(2) . What additional volume of O_(2) at STP will be required to completely burn 200cc of this gaseous mixture at 27^(@)C and 750 mm pressure ?

20mL of a mixture of CO and H_(2) were mixed excess of O_(2) and exploded & cooled. There was a volume contraction of 23mL . All volume measurements corresponds to room temperature (27^(@)C) and one atmospheric pressure. Determine the volume ratio (V_(1):V_(2)) of CO and H_(2) in the original mixture .

50 gram of ice at 0^(@) C is mixed with 50 gram of water at 60^(@)C , final temperature of mixture will be :-

50 gram of ice at 0^(@) C is mixed with 50 gram of water at 60^(@)C , final temperature of mixture will be :-

A container of 1 L capacity contains a mixture of 4 g of O_(2) and 2 g H_(2) at 0 .^(@)C . What will be the total pressure of the mixture ? (a) 50 . 42 atm (b) 25 . 21 atm (C) 15 . 2 atm (d) 12 . 5 atm