A system formed initially of 3.5 mol CO2, 4.2 mol H2, and 2.9 mol CO undergoes...

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A system formed initially of 3.5 mol CO2, 4.2 mol H2, and 2.9 mol CO undergoes the reactions: Reaction 1: CO, (g) + 3H2(g) – CH;OH(g) + H,0(g) Reaction 2: CO,(g) + H2(g) → CO(g) + H20(g) (a) Calculate the total number of moles at the initial state (before reaction). (2 Marks) 10.6 mol (b) Determine the changes in the total number of moles of chemical species for reaction 1 (v,) and reaction 2 (v2). (3 Marks) -2, 0 (c) Determine expressions for the mole fractions (y;) as functions of reaction coordinate (ɛ). (5 Marks) 3.5-E- 12-36- 10.6-2E1 E+Ez 2.9+E2 E1 10.6-2E,' 10.6-2e,' 10.6-2E1 10.6-2E1 A system formed initially of 3.5 mol CO2, 4.2 mol H2, and 2.9 mol CO undergoes the reactions: Reaction 1: CO, (g) + 3H2(g) – CH;OH(g) + H,0(g) Reaction 2: CO,(g) + H2(g) → CO(g) + H20(g) (a) Calculate the total number of moles at the initial state (before reaction). (2 Marks) 10.6 mol (b) Determine the changes in the total number of moles of chemical species for reaction 1 (v,) and reaction 2 (v2). (3 Marks) -2, 0 (c) Determine expressions for the mole fractions (y;) as functions of reaction coordinate (ɛ). (5 Marks) 3.5-E- 12-36- 10.6-2E1 E+Ez 2.9+E2 E1 10.6-2E,' 10.6-2e,' 10.6-2E1 10.6-2E1

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tiven intial mole of Co 35 Mol H2 42 mol CO 29 29 mol Reaction 1 co lo 3 Hg19 CH30H9 Hyo3 CH... View the full answer