8. 9. butane is consumed, and the product gas contains 9 mol CO2 per mol CO. Calculate the molar flow rate of water in the stack gas. Butane is completely burned in a process fed with 25.0% excess air. Based on 1 mol/h of butane, determine the composition in mole fractions of oxygen in product stream. Methane at a molar flow rate of 55 mol/min is burned with dry air. A partial analysis of the exit gas reveals that the mole fraction of nitrogen is 0.85 on a dry basis, and the molar flow rate of the dry exit gas is 600 mol/min. P

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STEP DISTILATION EXPERIMENTEthanol-water liquid vapor balance datax1 [mol/mol] y1 [mol/mol]0.01600 0.147000.03150 0.250500.06000 0.376500.08550 0.430000.14650 0.500500.20600 0.541500.23600 0.560000.34950 0.594500.46750 0.641000.48750 0.642500.58000 0.689000.65250 0.725000.70000 0.749500.71750 0.768000.78900 0.811100.84200 0.848800.87490 0.876800.89670 0.897300.94850 0.944000.97270 0.96920(x: liquid mole fraction, y: vapor mole fraction)20% of the 100 kmol/h feed is ethanol. Obtaining 60% ethanol concentrate so that the bottom product is 2%I want. Calculate the racking and find the supply rack. It is a feed liquid. reflux rate1.5 Rmin stop.

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What are the major differences (two differences) of “wide line NMR spectra” and “highresolution spectra”?