Great video! got a quick question. when calculating yield according to your definition, it says "moles of specific reactant consumed", the reaction problem says 10 Mols of A can be found in the product, hence 90 Mols of A was consumed, why use 100?
yield is also sometimes defined as moles of desired product divided by either moles of reactant fed or moles of reactant consumed in the reactor, here defination should be moles of reactant feed. I took the example of Felder's Elementary Principles of Chemical Processes; page 140 exameple and check the reading P -138 middle ,. Thank you asking for the question.
Great video! got a quick question. when calculating yield according to your definition, it says "moles of specific reactant consumed", the reaction problem says 10 Mols of A can be found in the product, hence 90 Mols of A was consumed, why use 100?
yield is also sometimes defined as moles of desired
product divided by either moles of reactant fed or moles of reactant consumed in the reactor, here defination should be moles of reactant feed. I took the example of Felder's Elementary Principles of Chemical Processes; page 140 exameple and check the reading P -138 middle ,. Thank you asking for the question.