Write the equilibrium expression for the reaction 302(g) 203(g) Name and write the formulas of one strong acid, one weak acid, one strong base and one weak base. Which of the following is true for a buffered solution? Select one: The solution resists any change in its [H+]. The solution will not change its pH very much even if a concentrated acid is added. The solution will not change its pH very much even if a strong base is added. Any H+ ions added will react with a conjugate base of a weak acid already in solution. all of these
Show transcribed image textWrite the equilibrium expression for the reaction 302(g) 203(g) Name and write the formulas of one strong acid, one weak acid, one strong base and one weak base. Which of the following is true for a buffered solution? Select one: The solution resists any change in its [H+]. The solution will not change its pH very much even if a concentrated acid is added. The solution will not change its pH very much even if a strong base is added. Any H+ ions added will react with a conjugate base of a weak acid already in solution. all of these