A sample of coal gas contains 50% hydrogen, 30% methane, 14% CO and 6% `C_2H_4` 100 ml of this coal gas is mixed with 150 ml of oxygen and the mixture is exploded. What will be the composition of the resulting gas when it is to room temperature ?

120 cm^(3) of hydrogen gas is mixed with 120 cm^(3) of oxygen gas and then exploded. Calculate the composition of resulting mixture on cooling.

A sample of coal gas contained 45% H_(2), 30% CH_(4), 20% CO and 5% C(2)H2 by volume. 100 cm_(3) of this gaseous mixture was mixed with 190 cm^(3) of oxygen and exploded. Calculate the volume and composition of the mixture, when cooled to room temperature and pressure.

Coal gas contains 5-9% (v/v) ethylene.

20 ml of CO was mixed with 50 ml of O_2 and the mixture was exploded. On cooling, the resulting mixture was shaken with KOH. Which gas and with what volume is left?

20 ml of CO was mixed with 50 ml of O_2 and the mixture was exploded. On cooling, the resulting mixture was shaken with KOH. Which gas and with what volume is left?

100 cm^(3) of water gas is exploded with 100 cm^(3) of oxygen' and the residual gases are cooled to room temperature. Find the volume composition of the resulting mixture.

Forty millililtre of CO was mixed with 100 ml of O_2 and the mixture was exploded. On cooling, the reaction mixture was shaken with KOH What volume of gas is left?

Forty millililtre of CO was mixed with 100 ml of O_2 and the mixture was exploded. On cooling, the reaction mixture was shaken with KOH What volume of gas is left?