reaction rate equation on picture, Determine, the unit value of k, the reaction constants for the various reaction orders a. n=0 b. n=1 c. n=2 d. n=3

1. Consider the set of liquid-phase series reactions 2A 3B →2C. The first reaction is second order, while the second reaction is first order. The rate constants at 40°C are k₁ = 0.3 L/mol/h and k₂ = 1 h¹, while EA₁ = 7 kcal/mol and EA2 = 0.20 kcal/mol. CA0 = 8 mol/L. a) Plot the concentrations of each species in a 100 L batch reactor at 40°C and 100°C over 10 hours (assume the reaction is liquid phase at both temperatures). b) What is the maximum concentration of species B at both temperatures? c) At what time do you get the maximum concentration of B at both temperatures?

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10:27 Question 13 of 17 Submit For a particular reaction, K = 1.67. What can be said about this reaction? A) There are many more products than reactants in the equilibrium mixture. B) There are many more reactants than products in the equilibrium mixture. C) There are roughly equal amounts of reactants and products in the equilibrium mixture. D) The reaction has not yet reached equilibrium because K does not equal 1. Tap here or pull up for additional resources