The gas composition $($molar fractions$)$ entering the sulfur dioxide

oxidizer is $S{O}_{2}3\mathrm{.}07\%,S{O}_{3}4\mathrm{.}6\%,O_{2}8\mathrm{.}44\%,N_{2}83\mathrm{.}89\%.$ The sulfur

dioxide $(S{O}_2)$ content in the gas leaving the reactor is $1\mathrm{.}5\%($molar

fraction$).$ Calculate the conversion rate of sulfur dioxide $(S{O}_2).$

Hint: The reaction is $2S{O}_2+O_2=2S{O}_3.$ Try to create a table for gas

compositions at inlet and outlet.the gas composition $($molar fractions$)$ entering the sulfur dioxide

oxidizer is SO $23\mathrm{.}07\%,$ SO$34\mathrm{.}6\%,$ O$28\mathrm{.}44\%,$ N$283\mathrm{.}89\%.$ The sulfur

dioxide $($SO$2)$ content in the gas leaving the reactor is $1\mathrm{.}5\%($molar

fraction$).$ Calculate the conversion rate of sulfur dioxide $($SO$2).$

Hint: The reaction is $2$SO$2+$ O$2=2$SO$3.$ Try to create a table for gas

compositions at inlet and outlet