Chemistry - Chemical Equilibrium Question with Solution | TestHub

\begin{gathered}\text{The degree of dissociation of }\mathrm{NH_3}\text{ in initially evacuated vessel }V_1\\\text{at }T\text{ K and equilibrium pressure 50 atm equals that of }\mathrm{SO_3(g)}\\\text{at a total equilibrium pressure equal to }K_p\text{ for:}\\2\mathrm{SO_3(g)}\rightleftharpoons2\mathrm{SO_2(g)}+\mathrm{O_2(g)}.\\\text{Vessel }V_2\text{ (100 L, }T\text{ K) initially has an equimolar mixture of}\\\mathrm{NH_3,N_2,H_2,Ne}\text{ with total mass 0.134 kg. At equilibrium,}\\\mathrm{N_2}\text{ is 52.24% by mass. (Ne = 20)}\\[8pt]\text{What is the total pressure of gases at equilibrium in vessel }V_2\text{?}\end{gathered}