A fuel that contains $1$kmol of $C{H}_4$ and $1kmolC{H}_{3}OH,$ undergoes combustion using $10\%$ excess air, where $50\%$ of the carbon fed into the process was converted to CO$.$ For this process the theoretical $O_2$ is equal to

For the process in #$8,$ the theoretical air is equivalent to

For the process in #$8,$ calculate the following:

a$.$ Amount $CO$ in the flue gas:

b$.$ Amount $C{O}_2$ in the flue gas:

c$.$ Amount $H_{2}O$ in the flue gas:

For the process in #$8,$ the composition $(\%$ mole$)$ of the flue gas on a dry basis is:

For the process in #$8,$ the mass of the wet flue gas leaving the process is