a$)$ Genetically modified C$.$ acetobutylicum can be anaerobically grown on glucose using ammonia as a nitrogen source to produce mainly butanol $(C_4{H}_{9}OH).$ The biomass can be represented by $C{H}_{1\mathrm{.}8}{O}_{0\mathrm{.}5}{N}_{0\mathrm{.}2}.$ It has been reported that $0\mathrm{.}569C-$mole of butanol and $0\mathrm{.}14$C$-$mole of biomass are produced by the consumption of $1C-$mole of glucose and $0\mathrm{.}028$ mole of ammonia. $-{}_c^{-}G=\frac{39\mathrm{.}19k}{\text{m}\text{o}\text{l}}$ for ammonia. For others $($glucose$,$ butanol and biomass$){}_{c}G$ can be calculated using the relationship, ${}_{c}G=112.$ Is the second law of thermodynamics satisfied? Justify your answer.