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A reaction is done in a liquid phase CSTR at steady state. Assume constant density. 3A2B Assume that there are no inerts present and that there is no product present initially. (N.B. If your answer is a fraction, enter it using a decimal point, e.g. enter 1/4 as 0.25 ) Calculate for the reaction. = Calculate B B= A reaction is done in a gas phase PFR. A+3BC+2D There is a recycle after the product separation so that there is product in the feed so that FC0=FD0=1/3FA0. There is also inert present in the feed so that FF0=1/3FA0. The reagents are fed in a stoichiometric ratio. (N.B. If your answer is a fraction, enter it using a decimal point, e.g. enter 1/4 as 0.25 ) Calculate for the reaction. = Calculate B. B= Calculate C. C Calculate D D= Calculate NA0 yA0= Calcilate c. Calculate yA0 - yA0= Calculate c= Assume pressure and temperature are constant. Complete the expression for v as a function of v0 and X. v=v0(1+ X) The reaction: A+B3C has elementary kinetics and is done in a gas phase batch reactor at constant volume. There is an inert component, I, where the initial number of moles of I present is NI0=2NA0. The reagents are present in a stoichiometric ratio and there is no product present initially. Calculate for the reaction. = Calculate B B Calculate C. C= Fill in the coefficients in the table below, (If your answer is a fraction, enter it using a decimal point, e.g. enter 1/4 as 0.25 ) Fill in the coefficients in the table below. (If your answer is a fraction, enter it using a decimal point, e.g. enter 1/4 as 0.25 )