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Clamp stand- Titrant: Burette Titration flask Analyte: Question 1: The picture above this question shows a typical acid-base titration setup. The burette is used to slowly dispense the titrant solution into the Erlenmeyer flask. The graduations on the burette allow measurement of the volume of titrant dispensed into the flask. In the acid base titrations we will consider in CHEM 152, the titrant will either be a strong acid or a strong base. The analyte (the solution in the flask) can be a weak acid, a weak base, a strong acid, or a strong base. Titrations are described by saying that "the analyte is titrated with the titrant". As an example, in a titration of a strong acid with a strong base, the acid would be in the flask and the base would be in the burette. Since the base is in the burette, we would say that we are titrating the acid with the base, not that we are titrating the base with the acid. Fill in the blanks to describe the four types of acid-base titrations: 1. Burette: strong base. Flask: strong acid. Titration of a strong base with a strong base strong base 2. Burette: strong acid. Flask: strong base. Titration of a with a weak acid strong acid 3. Burette: strong base. Flask: weak acid. Titration of a with a weak base strong acid 4. Burette: strong acid. Flask: weak base. Titration of a with a strong acid

Clamp stand- Titrant: Burette Titration flask Analyte: Question 1: The picture above this question shows a typical acid-base titration setup. The burette is used to slowly dispense the titrant solution into the Erlenmeyer flask. The graduations on the burette allow measurement of the volume of titrant dispensed into the flask. In the acid base titrations we will consider in CHEM 152, the titrant will either be a strong acid or a strong base. The analyte (the solution in the flask) can be a weak acid, a weak base, a strong acid, or a strong base. Titrations are described by saying that "the analyte is titrated with the titrant". As an example, in a titration of a strong acid with a strong base, the acid would be in the flask and the base would be in the burette. Since the base is in the burette, we would say that we are titrating the acid with the base, not that we are titrating the base with the acid. Fill in the blanks to describe the four types of acid-base titrations: 1. Burette: strong base. Flask: strong acid. Titration of a strong base with a strong base strong base 2. Burette: strong acid. Flask: strong base. Titration of a with a weak acid strong acid 3. Burette: strong base. Flask: weak acid. Titration of a with a weak base strong acid 4. Burette: strong acid. Flask: weak base. Titration of a with a strong acid

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter15: Additional Aqueous Equilibria
Section: Chapter Questions
Problem 108QRT
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I'm not sure what it's asking because doesn't it say what's being titrated?

Clamp stand- Titrant: Burette Titration flask Analyte: Question 1: The picture above this question shows a typical acid-base titration setup. The burette is used to slowly dispense the titrant solution into the Erlenmeyer flask. The graduations on the burette allow measurement of the volume of titrant dispensed into the flask. In the acid base titrations we will consider in CHEM 152, the titrant will either be a strong acid or a strong base. The analyte (the solution in the flask) can be a weak acid, a weak base, a strong acid, or a strong base. Titrations are described by saying that "the analyte is titrated with the titrant". As an example, in a titration of a strong acid with a strong base, the acid would be in the flask and the base would be in the burette. Since the base is in the burette, we would say that we are titrating the acid with the base, not that we are titrating the base with the acid. Fill in the blanks to describe the four types of acid-base titrations: 1. Burette: strong base. Flask: strong acid. Titration of a strong base with a strong base strong base 2. Burette: strong acid. Flask: strong base. Titration of a with a weak acid strong acid 3. Burette: strong base. Flask: weak acid. Titration of a with a weak base strong acid 4. Burette: strong acid. Flask: weak base. Titration of a with a strong acid
Transcribed Image Text:Clamp stand- Titrant: Burette Titration flask Analyte: Question 1: The picture above this question shows a typical acid-base titration setup. The burette is used to slowly dispense the titrant solution into the Erlenmeyer flask. The graduations on the burette allow measurement of the volume of titrant dispensed into the flask. In the acid base titrations we will consider in CHEM 152, the titrant will either be a strong acid or a strong base. The analyte (the solution in the flask) can be a weak acid, a weak base, a strong acid, or a strong base. Titrations are described by saying that "the analyte is titrated with the titrant". As an example, in a titration of a strong acid with a strong base, the acid would be in the flask and the base would be in the burette. Since the base is in the burette, we would say that we are titrating the acid with the base, not that we are titrating the base with the acid. Fill in the blanks to describe the four types of acid-base titrations: 1. Burette: strong base. Flask: strong acid. Titration of a strong base with a strong base strong base 2. Burette: strong acid. Flask: strong base. Titration of a with a weak acid strong acid 3. Burette: strong base. Flask: weak acid. Titration of a with a weak base strong acid 4. Burette: strong acid. Flask: weak base. Titration of a with a strong acid
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