Consider a pair of reactions in which propylene $(C_3{H}_6)$ reacts with chloride $C{l}_2$ to produce allyl chlorides $(C_3{H}_{5}Cl,C_3{H}_{6}C{l}_2)$ :

$C_3{H}_6(g)+C{l}_2(g)C_3{H}_{5}Cl(g)+HCl(g)$

$C_3{H}_6(g)+C{l}_2(g)C_3{H}_{6}C{l}_2(g)$

$C_3{H}_6$ is propylene $($propene$))=(42\mathrm{.}08$

$C_3{H}_{5}Cl$ is allyl chloride $(3-$chloropropene$))=(76\mathrm{.}53$

$C_3{H}_{6}C{l}_2$ is propylene chloride $(1,2-$dichloropropane$))=(112\mathrm{.}99$

The species recovered after the reaction takes place for some time are listed in the table below.

$\backslash$table$[[$Species$,$mol$],[C{l}_2,141\mathrm{.}0],[C_3{H}_6,651\mathrm{.}0],[C_3{H}_{5}Cl,4\mathrm{.}6],[C_3{H}_{6}C{l}_2,24\mathrm{.}5],[HCl,4\mathrm{.}6]]$

Based on the product distribution assuming that no allyl chlorides were present in the feed, calculate the following:

a$)$ Draw a diagram of the process.

b$)$ How much $C{l}_2$ and $C_3{H}_6$ were fed to the reactor in mol?

c$)$ What was the limiting reactant?

d$)$ What was the excess reactant?

e$)$ What was the fraction conversion of $C_3{H}_6$ to $C_3{H}_{5}Cl?$

f$)$ What was the selectivity of C$3$H$5$Cl relative to C$3$H$6$Cl$2?$

g$)$ What was the yield of C$3$H$5$Cl expressed in g of C$3$H$5$Cl expressed in g of C$3$H$5$Cl to the g of C$3$H$6$ fed to the reactor?