a Suppose X can react with Y to produce Z and this is a reversible reaction and it is shown below. The equilibrium constant for the reaction is given below as well. There are 3 beakers with the INITIAL CONCENTRATIONS of X Y and Z given in each. Which beaker (if any) will reach equilibrium? Explain X + Y Z K = 2.7 x 10-4 [X] = 0.1 mm [Y] = 0.1 mm [Z] = 0.1 mm [X] = 0.01 mm [Y] = 0.01 mm [2] = 1.4 mm [X] = 1.4 mm [Y] = 2.8 mm [Z] = 2.7 x 10 mm = Beaker 1 Beaker 2 Beaker 3 The chambers A and B are opened at the top. The pump is running and water is being circulated in the direction the arrow on the pump and valve are indicating. Let us assume the system is in steady state. You see 4 points where pressures are monitored by sensors (P1, P2, P3 and P4; P1 and P2 are just inside the tube at the bottom of chamber A and B, respectively. P3 inside the tube just prior to the pump and P4 is inside the tube just after the pump). Rank those points in terms of pressures from highest to lowest. If you think all 4 points would have the same pressure, state that. Pump P4 P3 B A 0- P1 Adjustable Valve P2