Oxidation of sulfur dioxide to sulfur trioxide over a vanadium pentoxide

catalyst is the primary reaction in the contact process, which was developed for the

production of sulfuric acid. The composition of the gases entering an adiabatic tubular

reactor is given as $8\%$ SO$2,14\%$ O$2,$ and $28\%$ N$2.$ Evaluate the equilibrium conversion

of SO$2$ at $950$ K if the reactor pressure is one atmosphere, using the following data.

Note that $,$ values are given as constant average values for the temperature range

of this reaction.

Problem $9.$ Oxidation of sulfur dioxide to sulfur trioxide over a vanadium pentoxide catalyst is the primary reaction in the contact process, which was developed for the production of sulfuric acid. The composition of the gases entering an adiabatic tubular reactor is given as $8\%S{O}_2,14\%O_2,$ and $28\%N_2.$ Evaluate the equilibrium conversion of $S{O}_2$ at $950K$ if the reactor pressure is one atmosphere, using the following data. Note that $C_{p,i}$ values are given as constant average values for the temperature range of this reaction.

$\backslash$table$[[,H_f^o,k\frac{J}{m}ol,G_f^o,k\frac{J}{m}ol,C_{p,i},\frac{J}{m}$olK