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Consider the reversible, elementary, gas phase reaction shown below that occurs at 300 Kina constant volume reactor of 1.0 L. where k_1 = 6.0 Lml^-1 h^-1, k_2 = 3.0 h^-1 For an initial charge to the reactor of 1.0 mol of A, 2.0 mol of B, and no C, find the equilibrium conversion of A and the final pressure of the system. Plot the composition in the reactor as a function of time.
Consider the reversible, elementary, gas phase reaction shown below that occurs at 300 Kina constant volume reactor of 1.0 L. where k_1 = 6.0 Lml^-1 h^-1, k_2 = 3.0 h^-1 For an initial charge to the reactor of 1.0 mol of A, 2.0 mol of B, and no C, find the equilibrium conversion of A and the final pressure of the system. Plot the composition in the reactor as a function of time.
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Irving HeathcoteLv2
21 Aug 2019
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