Alkyl chloride chemistry is extremely useful in the production of many products for a wide variety of applications, from pharmaceuticals to plastics. Of particular interest are the following two reactions: (1) Cl(g) + C3H6(g) C3H5Cl(g) + HCl(g) (2) Cl(g) + C3H6(g) C3H6Cl(g) A fresh feed of only Cl2 and C3H6 are input to a reactor, and after the reaction takes place for some time the species recovered in the product stream have the following compositions: Species Cl C3H6 C3H5C1 C3H6C12 HC1 mol 141.0 651.0 4.6 24.5 4.6 Based on the product distribution in the table, calculate the following: a) How much Cl2 and C3H6 were fed to the reactor in moles? b) What was the limiting reactant? c) What was the excess reactant? d) What was the fractional conversion of C3H6 to C3H5C1? e) What was the selectivity of C3H5Cl relative to C3H6Cl? f) What was the yield of C3H5C1 expressed in grams of C3H5Cl to the grams of C3H6 fed to the reactor? g) What was the extent of reaction of reactions 1 and 2?