Q2. A sealed container was filled with 1molH2O(3),1molCO(3) and 1molH2(2) at 550C and total pressure I bar. Calculate the reaction coordinate and amounts of the components in the mixture at equilibrium. H2O(g)+CO(g)H2(g)+CO2(g) Assumption: H na is constant and all the gases are ideal. 'Table C.1: Heat Capacitios of Gases in the Ideal-Gas Statet 640 APPFNDIX'C. Heas Capncitios and Pruperty Changes of Formation Table C.4: Standard Enthalpies and Gibbs Energies of Formation T. Iblo r : A (Cositinued) 1Takan frua TkC. Thenodynanic Tbles-Hydrocarbers, Thermodynamass the search Center, Texas A k. M Utalr. System, College Stution, Toxas, "Tbo Nas Tablez of Chatukal Theneodynamic Proportlos," J. Phyrical and Cienicol Refereace Datic. wol. 11, stepp. 3,1992. Noter 1. The etualard Gitbs energy of formation Gjjos is the change in the Giblin energy when 1 inol of the listed compound is formed from its elanients with cacha atzince in its stanilerd state at 208.15KS(25C) 2 Staaiturd atates (a) Gases (a): the pore lieal gas at 1 bar and 25C, (b) Liquils (I) and solids (d): the pare oplatance ot 1 hat asd 25 25Ch (c) Solutes in aqueous solution (q) : Tho hypothe, cal illesl 1 - molal colutican of the solute in water at I bar and 25C