value of G2/RT for the liquid phase? P1sat=23,06KPaP2sat=10,05KPa 3- (40/100).1 mole of pure H2O flows through a porous bed of solid carbon at 1000K and 0.5 bar to produce gases. H2O(g)+C(s)H2(g)+CO(g) Answer the following questions. You may assume hrno= const. a) At equilibrium, how much H2 is produced per mole of steam fed? b) If the flow rate of steam into the reactor is 2mol/s, how much heat needs to be added or removed system at 1000K ? value of G2/RT for the liquid phase? P1sat=23,06KPaP2sat=10,05KPa 3- (40/100).1 mole of pure H2O flows through a porous bed of solid carbon at 1000K and 0.5 bar to produce gases. H2O(g)+C(s)H2(g)+CO(g) Answer the following questions. You may assume hrno= const. a) At equilibrium, how much H2 is produced per mole of steam fed? b) If the flow rate of steam into the reactor is 2mol/s, how much heat needs to be added or removed system at 1000K