Is taking place in the gas phase in an ideal, isothermal PFR at constant total pressure. The reaction temperature and pressure are 400 K and 1 atm, respectively. At these conditions, the gas mixture obeys the ideal gas law. The rate equation isCKkCr+=−1The volume of the reactor is 1000 L, and the molar flowrate of A is 500 mol/h. The mole fraction of A in the feed stream is 0.50. At 400 K, k = 45 h-1 and KA = 50 L/mol-A. What is the fractional conversion of A in the stream leaving the PFR?

Iwll give extra points to who gets this for ! what type of reaction is this? ?

Astudent made a graph plotting the progress of a reaction over time. the student forgot to label the y-axis of the graph. a graph is shown with two graph lines. one graph line starts at a higher position on the y axis and slopes downwards towards the right. the other graph line starts at a lower position on the y axis and slopes upwards towards the right. the two graph lines stop short of intersecting each other and continue as separate lines which gradually become straight and parallel to the x axis. a vertical line is shown at a point where the two graph lines finally became parallel to the x axis. this vertical line is labeled equilibrium. the title on the x axis is time and an arrow pointing towards the right is shown above time. the title on the y axis is left blank. what best explains the label that the student should use on the y-axis? amount, because as the amount of product decreases, the amount of reactant increases over time. reaction rate, because forward and backward reaction become equal at equilibrium. amount, because the amounts of reactants and products become constant after equilibrium is reached. reaction rate, as the rate of forward reaction increases and rate of backward reaction decreases over time.

In a water molecule, hydrogen and oxygen are held together by a(an) bond. a) double covalent b) ionic c) nonpolar covalent d) hydrogen e) polar covalent