question #5 please. Please don't just give the answer. I want to see how to work through it too. Thank you.

Ke and K, of Acids Acid Dluted to 1.00 Min [H-X [H,0") X1 H-CI water 7.69 x 107M 9.99 x 10'M 9.99 x 101M H-F 0.97 M 0.03 M 0.03 M Table 1. The concentrations of the constituent species of a 1.00 M solution of acid. For an acid-base reaction, the equilibrium constant Ke expresses the molar ratios of products to reactants (Equation 1). For diluted concentrations of acids, the concentration of water is the same before and after the reaction. We can incorporate this constant concentration of water into Ke and give the equilibrium expression a new name, the acid-dissociation constant K. HOT K= [H2OH-X] ':H] K. - K. [H0] - HX1 Equation 1. Equilibrium constant Ke and acid-dissociation constant K. Question 5) Upon dilution in water, which compound produces a greater concentration of H,O? Does the compound that produces a greater concentration of H,0* have a larger or a smaller K, value