A mixture containing `1.12` litre `D_(2)` and 2.24 liter of `H_(2)` at `NTP` is taken inside a bulb connected to another bulb through a stop cock with a small opening The second bulb is fully evacuated The stop cock is opened for a crtian time and then closed The first bulb is now found to contain `0.10g` of `D_(2)` Determine the % by weight of the gases in second bulb
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A mixture containing 1.12 L of H_(2) and 1.12 L of D_(2) ( deuterium ) at S.T.P. is taken inside a bulb connected to another bulb by a stop-cock with a small opening. The second bulb is fully evacuated, the stop-cock is opened for a certain time and then closed . The first bulb is found to contain -.05 gm of H_(2) .Determine the % age composition by weight of the gases in the second bulb.

A mixture containing 1.12 litre of H^2 and 1.12 litre of D^2 (deuterium) at STP is taken inside a bulb connected to another bulb by a stop-cock wilh a small opening. The second bulb is fully evacuated, the stop-cock is opened for a certain time and then closed. The first bulb is found to contain 0.05 g of H^2 . Determine the percentage composition by mass of the gases in the second bulb.

A glass bulb contains 2.24 of H_(2) and 1.12L of D_(2) at STP . It is connected a fully evacuated bulb by a stop-cock with a small opening. The stop-cock is opened for sometime and then closed. The first bulb now contains 0.10 g of H_(2) . The percentage of H_(2) in the mixture is

A bulb contains 1.6 g of O_(2) contains.

A bulb contains 1.6 g of O_(2) contains.