Two chemicals species A and B are reacted to form a desirable product C in a catalytic reactor. The reaction is as follows: A+B => C + D However, a simultaneous side reaction results in an undesirable product E from the following: A+2B => 2D + E When the feed consisting of A and B only with a mole ratio of A to B of 0.56 is used, the fractional conversion of A is found to be 76%. Under these conditions, the fractional yield of the desirable product is 0.68. In this case, what is the selectivity (mol/mol) of the desirable product C relative to the undesirable product E?; Two chemicals species A and B are reacted to form a desirable product C in a catalytic reactor. The reaction is as follows: A+B => C + D However, a simultaneous side reaction results in an undesirable product E from the following: A+2B => 2D + E When the feed consisting of A and B only with a mole ratio of A to B of 0.56 is used, the fractional conversion of A is found to be 76%. Under these conditions, the fractional yield of the desirable product is 0.68. In this case, what is the selectivity (mol/mol) of the desirable product C relative to the undesirable product E?
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