Unit 8.5: Acid-Base Titrations
Produce a titration curve.
- Sketch a titration curve for 50 mL 0.1 M HCl with 0.1 M NaOH.
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Label the regions of buffer, steep rise, and equivalence point on the
curve.
Identify key areas on a titration curve: equivalence point,
half-equivalence point, buffering region.
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On a titration curve, locate the half-equivalence point for a weak
acid.
- Identify the buffering region and explain its significance.
Use the shape of a titration curve to determine if an acid is mono-,
di-, or triprotic.
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Given a titration curve with two equivalence points, is the acid
mono-, di-, or triprotic?
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Explain how the number of equivalence points relates to the number of
acidic protons.
Identify the major species present at any point on a titration curve.
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Determine the major species at the start of titration of acetic acid
with NaOH.
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Identify the species present at the equivalence point of a strong
acid-strong base titration.