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Reaction 1: Reaction 2: 2H3K 5K2B6J a) Write out the rates of reactions for both reactions. b) Provide the equation for the selectivity to
Reaction 1: Reaction 2: 2H3K 5K2B6J a) Write out the rates of reactions for both reactions. b) Provide the equation for the selectivity to J when H is the limiting reactant. c) Provide the equation for the yield of K when H is the limiting reactant. d) What is the overall rate of reaction for the formation of J if the rate is derived using the equilibrium step assumption?
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Elements Of Chemical Reaction Engineering
Authors: H. Fogler
6th Edition
013548622X, 978-0135486221
