Here is the graph with the requested labels: Title: Titration Curve of a Diprotic Organic Acid Y-axis: pH X-axis: Volume of NaOH (mL) Equivalence Points: First Equivalence Point: Approximately 12.0 TIL Second Equivalence Point: Approximately 24.8 mL Halfway Points: First Halfway Point: Approximately 6.0 mL •Second Halfway Point: Approximately 18.4 mL pH at Halfway Points: First Halfway Point: Approximately 2.63 (given in the image) Second Halfway Point: Approximately 9.2 (estimated from the graph) Note: The exact values for the halfway points and their corresponding pH values might slightly vary depending on the specific acid and the titration conditions. However, this graph provides a general representation of a diprotic acid titration curve. 15.1 pH 0.1 Φ pH 11.95 Volume -0.2 Volume (mL) 50.2 26.893 mL

Here is the graph with the requested labels: Title: Titration Curve of a Diprotic Organic Acid Y-axis: pH X-axis: Volume of NaOH (mL) Equivalence Points: First Equivalence Point: Approximately 12.0 TIL Second Equivalence Point: Approximately 24.8 mL Halfway Points: First Halfway Point: Approximately 6.0 mL •Second Halfway Point: Approximately 18.4 mL pH at Halfway Points: First Halfway Point: Approximately 2.63 (given in the image) Second Halfway Point: Approximately 9.2 (estimated from the graph) Note: The exact values for the halfway points and their corresponding pH values might slightly vary depending on the specific acid and the titration conditions. However, this graph provides a general representation of a diprotic acid titration curve. 15.1 pH 0.1 Φ pH 11.95 Volume -0.2 Volume (mL) 50.2 26.893 mL

Chemistry & Chemical Reactivity

10th Edition

ISBN:9781337399074

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter1: Basic Concepts Of Chemistry

Section: Chapter Questions

Problem 52GQ

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