29. Calculate the value of ∆rHº for the reaction 2H2S(g+302(g)-+2H200+2So2 (8)Given H2(g)+S(s)-H SieA Hº Hasie) = 20.1 KJ mor!Helg)+1/2 O2(g)-H2O) AHH2O = -285.8 KJ mor?S(S)+O2(g)-SO2(e)A/Hº SO,= -296.9 KJ mol

29. Calculate the value of ∆rHº for the reaction 2H2S(g+302(g)-+2

1.	29. Calculate the value of ∆rHº for the reaction 2H2S(g+302(g)-+2H200+2So2 (8)Given H2(g)+S(s)-H SieA Hº Hasie) = 20.1 KJ mor!Helg)+1/2 O2(g)-H2O) AHH2O = -285.8 KJ mor?S(S)+O2(g)-SO2(e)A/Hº SO,= -296.9 KJ mol
Answer» 2H2S(g+302(g)-+2H200+2So2 (8)Given H2(g)+S(s)-H SieA Hº Hasie) = 20.1 KJ MOR!Helg)+1/2 O2(g)-H2O) AHH2O = -285.8 KJ mor?S(S)+O2(g)-SO2(E)A/Hº SO,= -296.9 KJ mol2H2S(g+302(g)-+2H200+2So2 (8)Given H2(g)+S(s)-H SieA Hº Hasie) = 20.1 KJ mor!Helg)+1/2 O2(g)-H2O) AHH2O = -285.8 KJ mor?S(S)+O2(g)-SO2(e)A/Hº SO,= -296.9 KJ mol2H2S(g+302(g)-+2H200+2So2 (8)Given H2(g)+S(s)-H SieA Hº Hasie) = 20.1 KJ mor!Helg)+1/2 O2(g)-H2O) AHH2O = -285.8 KJ mor?S(S)+O2(g)-SO2(e)A/Hº SO,= -296.9 KJ MOL.