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Identifying titration curves Vhat to notice when making the identification a Use the trends identified in A1a-f ) Does the pH decrease (increase) with added titratant? Then, the solution is tritrated with HCI (NAOH). (u) Is there a large pH change at the start of the titration? Then, the solution is distilled water. (u1) Does the solution resist pH change with acid or base until about 9-10 ml of titrant is added? Then, the solution is buffer no 1 (iv) Does the solution resist pH change with acid until about 12-13 ml of titrant is added? Then, the solution is buffer no 2 (v) Does the solution resist pH change with base until abut 4-5 ml of titrant is added? Then, the solution is buffer no 2 Titration Curve Identification O distilled water titrated with HCI 13.0 11.0 O buffer no. 1 bitrated with HCI 9.0 O buffer no. 2 titrated with HCI 좀 70 5.0 O distilled water titrated with NaOH 3.0 O buffer no. 1 btrated with NaOH 10 10 15 O buffer no 2 bitrated with NaOH Titrant Volume/ml distilled water titrated with HCI 13.0 11.0 O buffer no 1 titrated with HCI 9.0 O buffer no. 2 titrated with HCI 종 7,0 O distilled water titrated with NaOH 5.0 3.0 O buffer no. 1 btrated with NaOH 1.0 10 15 5n Titant Volume/ml O buffer no 2 titrated with NaOH O distilled water titrated with HCI 13.00 11.00 O buffer no. 1 titrated with HCI 9.00 O buffer no 2 titrated with HCI 종 7,00

Identifying titration curves Vhat to notice when making the identification a Use the trends identified in A1a-f ) Does the pH decrease (increase) with added titratant? Then, the solution is tritrated with HCI (NAOH). (u) Is there a large pH change at the start of the titration? Then, the solution is distilled water. (u1) Does the solution resist pH change with acid or base until about 9-10 ml of titrant is added? Then, the solution is buffer no 1 (iv) Does the solution resist pH change with acid until about 12-13 ml of titrant is added? Then, the solution is buffer no 2 (v) Does the solution resist pH change with base until abut 4-5 ml of titrant is added? Then, the solution is buffer no 2 Titration Curve Identification O distilled water titrated with HCI 13.0 11.0 O buffer no. 1 bitrated with HCI 9.0 O buffer no. 2 titrated with HCI 좀 70 5.0 O distilled water titrated with NaOH 3.0 O buffer no. 1 btrated with NaOH 10 10 15 O buffer no 2 bitrated with NaOH Titrant Volume/ml distilled water titrated with HCI 13.0 11.0 O buffer no 1 titrated with HCI 9.0 O buffer no. 2 titrated with HCI 종 7,0 O distilled water titrated with NaOH 5.0 3.0 O buffer no. 1 btrated with NaOH 1.0 10 15 5n Titant Volume/ml O buffer no 2 titrated with NaOH O distilled water titrated with HCI 13.00 11.00 O buffer no. 1 titrated with HCI 9.00 O buffer no 2 titrated with HCI 종 7,00

Chemistry
Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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2. Identifying titration curves What to notice when making the identification a. Use the trends identified in A1a-f () Does the pH decrease (increase) with added titratant? Then, the solution is tritrated with HCI (NaOH) (1) Is there a large pH change at the start of the titration? Then, the solution is distilled water. (m) Does the solution resist pH change with acid or base until about 9-10 mL of titrant is added? Then, the solution is buffer no. 1. (iv) Does the solution resist pH change with acid until about 12-13 ml of titrant is added? Then, the solution is buffer no 2 (v) Does the solution resist pH change with base until abut 4-5 mL of titrant is added? Then, the solution is buffer no. 2 Titration Curve Identification O distilled water titrated with HCI 13.0 11.0 O buffer na. 1 titrated with HCI 9.0 O buffer no. 2 titrated with HCI E 70 5.0 O distilled water titrated with NaOH 3.0 O buffer no. 1 titrated with NaOH 1.0 10 15 O buffer no 2 titrated with NaOH Titrant Volume/ml O distilled water titrated with HCI 13.0 11.0 O buffer no. 1 titrated with HCI 9.0 O buffer no 2 titrated with HCI E 7.0 5.0 O distilled water titrated with NaOH 3.0 O buffer no. 1 btrated with NaOH 1.0 10 15 O buffer no. 2 titrated with NAOH Titant Volume/mL distilled water titrated with HCI 13.00 11.00 O buffer no. 1 titrated with HCI 9.00 O buffer no 2 titrated with HCI 5 7.00
Transcribed Image Text:2. Identifying titration curves What to notice when making the identification a. Use the trends identified in A1a-f () Does the pH decrease (increase) with added titratant? Then, the solution is tritrated with HCI (NaOH) (1) Is there a large pH change at the start of the titration? Then, the solution is distilled water. (m) Does the solution resist pH change with acid or base until about 9-10 mL of titrant is added? Then, the solution is buffer no. 1. (iv) Does the solution resist pH change with acid until about 12-13 ml of titrant is added? Then, the solution is buffer no 2 (v) Does the solution resist pH change with base until abut 4-5 mL of titrant is added? Then, the solution is buffer no. 2 Titration Curve Identification O distilled water titrated with HCI 13.0 11.0 O buffer na. 1 titrated with HCI 9.0 O buffer no. 2 titrated with HCI E 70 5.0 O distilled water titrated with NaOH 3.0 O buffer no. 1 titrated with NaOH 1.0 10 15 O buffer no 2 titrated with NaOH Titrant Volume/ml O distilled water titrated with HCI 13.0 11.0 O buffer no. 1 titrated with HCI 9.0 O buffer no 2 titrated with HCI E 7.0 5.0 O distilled water titrated with NaOH 3.0 O buffer no. 1 btrated with NaOH 1.0 10 15 O buffer no. 2 titrated with NAOH Titant Volume/mL distilled water titrated with HCI 13.00 11.00 O buffer no. 1 titrated with HCI 9.00 O buffer no 2 titrated with HCI 5 7.00
Titration Curve Identification 13.0 O distilled water titrated with HCI 11.0 O buffer no. 1 titrated with HCI 9.0 증 7,0 O buffer no. 2 titrated with HCI 5.0 O distilled water titrated with NaOH 3.0 O buffer no 1 titrated with NaOH 1.0 10 15 buffer no. 2 titrated with NaOH Titrant Volume/mL 13.0 O distilled water titrated with HCI 11.0 O buffer no 1 titrated with HCI 9.0 품 7,0 O buffer no. 2 titrated with HCI 5.0 distilled water titrated with NaOH 3.0 O buffer no 1 titrated with NaOH 1.0 10 15 buffer no. 2 titrated with NaOH Titant Volume/ml 13.00 O distilled water titrated with HCI 11.00 O buffer no 1 titrated with HCI 9.00 है 7.00 O buffer no. 2 titrated with HCI 5,00 O distilled water titrated with NaOH 3.00 O buffer no. 1 titrated with NaOH 1.00 10 15 O buffer no. 2 titrated with NAOH Titrant Volume/mL in
Transcribed Image Text:Titration Curve Identification 13.0 O distilled water titrated with HCI 11.0 O buffer no. 1 titrated with HCI 9.0 증 7,0 O buffer no. 2 titrated with HCI 5.0 O distilled water titrated with NaOH 3.0 O buffer no 1 titrated with NaOH 1.0 10 15 buffer no. 2 titrated with NaOH Titrant Volume/mL 13.0 O distilled water titrated with HCI 11.0 O buffer no 1 titrated with HCI 9.0 품 7,0 O buffer no. 2 titrated with HCI 5.0 distilled water titrated with NaOH 3.0 O buffer no 1 titrated with NaOH 1.0 10 15 buffer no. 2 titrated with NaOH Titant Volume/ml 13.00 O distilled water titrated with HCI 11.00 O buffer no 1 titrated with HCI 9.00 है 7.00 O buffer no. 2 titrated with HCI 5,00 O distilled water titrated with NaOH 3.00 O buffer no. 1 titrated with NaOH 1.00 10 15 O buffer no. 2 titrated with NAOH Titrant Volume/mL in
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