A gaseous mixture of ethene, ethane and methane having total volume 150 ml is subjected to combustion in excess of oxygen.If percentage of methane in the original mixture is 20 % , then calculate volume (in ml) of `CO_2` which will be obtained at same temperature and pressure.

A gaseous mixture of ethene, ethane and methane having total volume 150 ml is subjected to combustion in excess of oxygen. If percentage of methane in the original mixture is 20 % then calculate volume (in ml) of CO_(2(g)) which will be obtained at same temperature and pressure.

A mixture of C_3H_6 , C_3H_8 and C_4H_10 having total volume 90 ml is subjected to complete combustion liberating 320 ml of CO_2(g) at same temperature and pressure. Calculate volume % of C_4H_10

A mixture of methane and ethylene in the volume ratio x : y has a total volume of 30 ml . On complete combustion it gave 40 ml of CO_(2) . If the ratio had been y :x , instead of x : y , what volume of CO_(2) could have been obtained ?

40 ml of gaseous mixture of CO and ethyne is mixed with 100 ml of O_2 and burnt. The volume of gases after combustion is 105 ml. The composition of the original mixture is

40 ml of gaseous mixture of CO and ethyne is mixed with 100 ml of O_2 and burnt. The volume of gases after combustion is 105 ml. The composition of the original mixture is

A mixtures of methane and ethylene in the volume ration x:y has total volume of 30mL. On complete combustion it gave 40mL of CO_(2) . IF the ratio of original mixture is y:x instead of x:y. What volume of CO_(2) would have been produced a combustion?

20 ml of a gaseous mixture of N_2 and H_2 gases is mixed with 8 ml O_2 and the mixture is fired.if the final volume becomes 13 ml the volume percent of N_2 in the original mixture is :