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(1) Calculate the dissociation pressure of: (a) Al2O3(s), (b) FeO(s), at 1873K (1600 C given that for 34Al(l)+O2(g)32Al2O3(s)2Fe(l)+O2(g)2FeO(l)G1873=718kJG1873=287kJ (2) Calculate G for the formation of
(1) Calculate the dissociation pressure of: (a) Al2O3(s), (b) FeO(s), at 1873K (1600 C given that for 34Al(l)+O2(g)32Al2O3(s)2Fe(l)+O2(g)2FeO(l)G1873=718kJG1873=287kJ (2) Calculate G for the formation of TiO2 at 1373K(1100C) given that its dissociation pressure at this temperature is 1026atm
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Transport Processes And Separation Process Principles
Authors: Christie Geankoplis, Allen Hersel, Daniel Lepek
5th Edition
0134181026, 978-0134181028
