Question

Using the data in the table calculate ΔGo (Delta Go) and equilibrium the constant Kp for the following reactions ( at 298.15K and 1bar).

a. 2NO(g) +O2 (g) <----> 2 NO2(g)

b. H2(g) + Cl2(g) <------> HCl(g)

Based on the equilibrium constant, does the equilibrium favo the reactants or the products?

TABLE molar Gibbs energies of formation, A Go, for various LU eJard substances at 29 K and one bar Substance Formula A Go /kJ.mol acetylene C2H2 209.20 ammonia NH3(g) 16.367 benzene CeH6(1) 124.35 Brn (g) bromine 3.126 C4H10 (g) butane 17.15. carbon (diamond) C(s) 2.900 carbon(graphite) C(s) carbon dioxide CO2 (g) 394.389 carbon monoxide CO(g) 137.163 C1He (g) ethane 32.82 ethano 174.78 C2H4(g) ethene 68.421 C6H12oe(s) glucose 910.52 hydrogen bromide HBr(g) 53.513 HCl(g) hydrogen chloride 95.300 HF(g) hydrogen fluoride 274.646 hydrogen iodide HI(g) 1.560 hydrogen peroxide Ho (l) 105.445 19.325 L (g) iodine 50.768 CHA(g) methane CH OHC) 166.27 methanol 161.96 CHOH(g) 86.600 NO(g) nitrogen oxide 51.258 NO, (g) nitrogen dioxide 97.787 N,04 (g) dinitrogen tetraoxide 97.521 N,0 (l) 23.47 C H (g) propane c, H (s) 1544.65 2 222 1 sucrose 300.125 SO, (g) sulfur dioxide 371.016 SO, (g) sulfur trioxide 65.21 CCl (l) tetrachloromethane 53.617 CCl, (g) 237.141 water 228.582 H,0(g)

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putting valus o the table auw putting valnes we get rcateu ot produ cli over Peacton botl lavour produ cti.

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