Exhibit 16-3 Consider the Titration curve below for the titration of a weak acid ,CH ₃COOH , with a strong base , NaOH, to answer the following question(s) . CH ₃COOH + NaOH CH ₃COONa + H₂ O ![Exhibit 16-3 Consider the Titration curve below for the titration of a weak acid ,CH ₃COOH , with a strong base , NaOH, to answer the following question(s) . CH ₃COOH + NaOH CH ₃COONa + H₂ O Refer to Exhibit 16-3. What approach listed below would be used to solve for the pH at the equivalence point on this titration curve? A) The pH at the equivalence point for a weak acid equals 7.0. B) The pH equals the p K <sub>a</sub> of the weak acid at the equivalence point. C) The pH at the equivalence point can be determined by substituting the original molar concentration of the weak acid into the equation: pH = - log[HA]. D) The Henderson-Hasselbalch equation can be used to solve for the pH at the equivalence point. E) The pH at the equivalence point must be solved as a problem of equilibrium involving a basic salt.](https://d2lvgg3v3hfg70.cloudfront.net/TBX8714/11ebff50_c8c4_33e8_8da6_7fc3979443a3_TBX8714_00.jpg)
Refer to Exhibit 16-3. What approach listed below would be used to solve for the pH at the equivalence point on this titration curve?
A) The pH at the equivalence point for a weak acid equals 7.0.
B) The pH equals the p K a of the weak acid at the equivalence point.
C) The pH at the equivalence point can be determined by substituting the original molar concentration of the weak acid into the equation: pH = - log[HA].
D) The Henderson-Hasselbalch equation can be used to solve for the pH at the equivalence point.
E) The pH at the equivalence point must be solved as a problem of equilibrium involving a basic salt.
Correct Answer:
Verified
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