Question

Now consider that the system described in Problem 1 is opeted at steady state Your task is to find the steady state concentrations of A in the two reactors, given the operating conditions in Table 1. Later, you are requirel to solve a slightly modifiel version of the same problen CM) 100 moles/m? lǐ.½ 1 mi Table 1: Iputs and parameters for Problen 2 1. Solve for the steady state concentrations by solving the steady state version of th erjuations (leve,loped in Prollern 1 Now assme that you have an improved rate equation given by (4) Write the modified set of steady state equations for the mole balances. 3. Perform 2 complete iterations of the nnltivariable Newton's method to solve the equa tions you develop above, using the new rate equation and rate constant, and the values in Table 1 for all other parameters and iputs Report the ontlet co ation Question 1. For this question you scored 1 mark out of a maximum of 6 The Question The function f(t) is defined as follows Let foid t) be the odd periodic extension of f(t) Select the name of the appropriate Fourier half-range series representation of f od t) ep2) Enter q fo13) Enter T, the period of fod t)

Answer 1

As dd e hals snge sine

odd 3)