The comparison and contrast between the titration of strong acid-strong base and strong base-strong acid is to be stated. Concept introduction: The plot between pH of analyte solution and the volume of the titrant that is added from burette is called the titration curve. To determine: The comparison and contrast between the titration of strong acid-strong base and strong base-strong acid.

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Chapter 14, Problem 6RQ

Interpretation Introduction

Interpretation: The comparison and contrast between the titration of strong acid-strong base and strong base-strong acid is to be stated.

Concept introduction: The plot between pH of analyte solution and the volume of the titrant that is added from burette is called the titration curve.

To determine: The comparison and contrast between the titration of strong acid-strong base and strong base-strong acid.

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Chemistry please answer Question 46 Which of the following staterments about titration curves is false? O The equivalence point on a titration curve is the point where chemically equivalence amounts of acid and base have reacted. O The equivalence point will be basic when titrating a weak acid with a strong base. O A titration curve shows how pH changes near the equivalence point. A titration curve for titrating a strong acid/strong base will always have an equivalence point at pH - 7.0. all are true D Question 47 In the reaction shown below, what species is oxidized? 2Nal + Brz → 2NaBr + 12 Or O Br O none of these O Brz Na"

In many titrations, you need to add an indicator that changes color when the titration is complete. The titration of sodium oxalate with potassium permanganate does not use an indicator. However, a pink color does appear to signal the end of the titration. What causes the color change signaling the completed titration of sodium oxalate with potassium permanganate? Select one: Carbon dioxide reacts with excess permanganate, creating a pink complex. The last oxalate ion creates a pink precipitate when enough permanganate has been added. The pink color of the reactant permanganate appears in solution after all of the oxalate has reacted. The manganese product of the reaction has a pink color that only appears after stirring.

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