When excess solid YZ is put in water and allowed to dissolve the following equilibrium reaction occurs and the equilibrium table shown can be set up YZ(s) Y(aq) + Z(aq) The amount of solid that dissolves is called the molar solubility, denoted here by x

When excess solid YZ is put in water and allowed to dissolve the following equilibrium reaction occurs and the equilibrium table shown can be set up YZ(s) Y(aq) + Z(aq) The amount of solid that dissolves is called the molar solubility, denoted here by x. Since the concentration of the solid is constant and is not included in the K_sp expression, the equilibrium expression for the reaction is K_sp = [Y] [Z], or, in terms of molar solubility, K_sp = x^2. Enter the K_sp expression for the solid AB_2 in terms of the molar solubility x. Express your answer in terms of x. AB_2 has a molar solubility of 3.72 times 10^-4 M What is the value of the solubility product constant for AB_2? Express your answer numerically. Enter the K_sp expression for C_2D_3 in terms of the molar solubility x. Express your answer in terms of x.