A mixture of CH4 and C2H4 in Volume ratio x:y has atotal volume of 30ml . On complete combustion it gives 40ml Co2 . If ratio had been y:x instead of x:y what volume of Co2 had been obtained?

Q. A mixture of methane and ethyne in the volume ratio $x:y$ has a total volume of $30mL$. On complete combustion it gave 40 mL of $C{O}_2$ if the ratio had been $y:x$ what volume of $C{O}_2$ would have been obtained?

Q. A mixture of methane and ethyne in the volume ratio $x:y$ has a total volume of $30mL$. On complete combustion it gave 40 mL of $C{O}_2$ if the ratio had been $y:x$ what volume of $C{O}_2$ would have been obtained?

Q. A. mixture of methane and ethylene in the volume ratio x:y has a total volume of 50m1. On complete combustion it gave 80m1 of ${CO}_2$. If the ratio had been y:x, instead of x:y, what volume of ${CO}_2$ could have been obtained?,

Q. A mixture of methane and ethylene in the volume ratio $a:b$ has a total volume of $30$ mL. On complete combustion, it gave $40$ mL of $C{O}_2$. If the ratio had been $b:a$ instead of $a:b$, the volume (in $mL$) of $C{O}_2$ obtained would be :

Q. What is the volume of $C{O}_2$ gas obtained on the complete combustion of $30\text{mL}$ of propane gas?