- 1 100 Mol Hr Of Ethanol C H5oh Is To Be Burned With 10 Excess Air Conversion Is To Be 90 All To Co2 Calculate 1 (43.06 KiB) Viewed 12 times
1. 100 mol/ hr of ethanol (C₂H5OH) is to be burned with 10% excess air. Conversion is to be 90%.. all to CO2. Calculate
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1. 100 mol/ hr of ethanol (C₂H5OH) is to be burned with 10% excess air. Conversion is to be 90%.. all to CO2. Calculate
1. 100 mol/ hr of ethanol (C₂H5OH) is to be burned with 10% excess air. Conversion is to be 90%.. all to CO2. Calculate the feed rate of air and the composition of the product gas. 2. An equimolar mixture of benzene and acetone sits in an open container in a sr room which contains air. The total pressure is 1 atm. The temperature is 30 C we presume the system is at equilibrium, what is the concentration of benzen toluene in the air if the liquid composition remains unchanged. A1 A2 A3 1 Acetone 7.11714 1210.595 229.664 2 Benzene 6.89272 1203.531 219.888 3. Calculate the molar volume (l/mol) of methane at 100 C and 50 atm. a. Using theory of corresponding states b. Using van der Waal c. Using SRK