Sketch the titration curve for the titration of a generic weak base B with a strong acid. The titration reaction is $$\mathbf{B}+\mathbf{H}^{+} \rightleftharpoons \mathbf{B H}^{+}$$ On this curve, indicate the points that correspond to the following: a. the stoichiometric (equivalence) point b. the region with maximum buffering c. \(\mathrm{pH}=\mathrm{p} K_{\mathrm{a}}\) d. \(\mathrm{pH}\) depends only on \([\mathrm{B}]\) e. \(\mathrm{pH}\) depends only on \(\left[\mathrm{BH}^{+}\right]\) f. \(\mathrm{pH}\) depends only on the amount of excess strong acid added

To sketch the titration curve of a weak base (B) with a strong acid, follow these steps: 1. Draw the initial curve that represents the pH change as a function of the added strong acid's volume. 2. Identify point "a" as the stoichiometric (equivalence) point, where moles of B equal moles of the strong acid added. 3. Label region "b" as the maximum buffering region, where B and its conjugate acid (BH⁺) are in equal amounts. 4. Identify point "c" (inside region "b") as the pH = pKa point, where moles of B equal moles of BH⁺. 5. Label point "d" on the left end, where pH depends only on [B] with no strong acid added yet. 6. Identify point "e" immediately after the equivalence point, where pH depends only on [BH⁺]. 7. Label point "f" on the far right end, where pH depends only on the amount of excess strong acid added.