A batch reactor initially contains 3.24 moles of progane and 16.82 moles of O2 The following reaction takes place 1.5C3H3+7.5O24.5CO2+60H2O Atter 21.0 minutes, there are 3.30 moles of H2O inthe reactor. Calculate the following quantities. nCilh=2(mol(i21.0minutes] The catalytic oxidation of ammonia may proceed by two reactions 4NH3+5O2+4NO+6H2O4NH3+3O2+2N2+6H2O A reactor is charged with the following amounts. Initial Charge NNK13.58molH01=5.57molmNO1=2.28malnN2=1.87molnH5O=10.02mol Calculate the amounts of each species in the reactor atter the reactions proceed with 5,=0.55 and 52=0.49. Final Amounts NMLS=20=inolnN2=mal Methane can be converted to carbon monoxide and tiydrogen gas via the following reactions CH4+H2O=CO+3H2CH4+CO22CO+2H2 In additions, the water-gas shift reiction may occur. CO+H2OCO2+H2 Areactor is initially charged with the following armounts. Initial Charme neil4.00molnco=604molHco=0.0molnH4=0.0molNi.o=5.63mol Aeter 5 mirsites. the racior contents are Final Cantents Rais*0.23malAcosy=3.45molNo3=646molHth10=3862molH110=4.55mol W one coestrain &1 - Q tfen what are the valies of 5 , and 5 , Donsistent with the dfata above? 6+ 2. Whro it not yascele to vatu tor all threr estenst? The the d fsation does not imolve methone. There is mocibuntion reaction considered. The dats ere incoenhient with a material badanoe beinin cbserved. Theie we not a fificent data qraliater. Necabe rotenis are not for measible