@ Prepare a "pH curve" as follows: a) Find the pH of the acid solution just before the end point when 0.1 ml of base less than the end point voiume has been added. potnt, therefore at the end of the titration ph = 7. We are assuming that end point equals equivalence b) Repeat calculation 'a' for a volume 1 ml less and 5 ml less then end point and before any base is added.(TThat is Oml base added. I Before end potnt, we assume that all the base is used up by the acid. c) Assuming you had continued the titration past the end point, calculate the pH when 0.1 ml of base beyond end point had been added. d) Repeat calculation 'c' for 1 ml, S ml and 10 ml of base beyond end point. Show all calculations and record your results in a table similar to the one shown below: excess H+ excess OH END 0 -5 -1 +5 +10 -.1 PT +.1 +1 (ML) BASE VOLUME O 20 24 24-9 25 25.26 30| 35 _pH
@ Prepare a "pH curve" as follows: a) Find the pH of the acid solution just before the end point when 0.1 ml of base less than the end point voiume has been added. potnt, therefore at the end of the titration ph = 7. We are assuming that end point equals equivalence b) Repeat calculation 'a' for a volume 1 ml less and 5 ml less then end point and before any base is added.(TThat is Oml base added. I Before end potnt, we assume that all the base is used up by the acid. c) Assuming you had continued the titration past the end point, calculate the pH when 0.1 ml of base beyond end point had been added. d) Repeat calculation 'c' for 1 ml, S ml and 10 ml of base beyond end point. Show all calculations and record your results in a table similar to the one shown below: excess H+ excess OH END 0 -5 -1 +5 +10 -.1 PT +.1 +1 (ML) BASE VOLUME O 20 24 24-9 25 25.26 30| 35 _pH
Chemistry
10th Edition
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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Question
![@ Prepare a "pH curve" as follows:
a) Find the pH of the acid solution just before the end point
when 0.1 ml of base less than the end point voiume has been
added.
potnt, therefore at the end of the titration ph - 7.
We are assuming that end point equals equivalence
b) Repeat calculation 'a' for a volume 1 ml less and 5 ml less
then end point and before any base is added. That is Oml base added.)
Before end point, we assume that all the base is used up by
the acid.
c) Assuming you had continued the titration past the end point,
calculate the pH when 0.1 ml of base beyond end point had
been added.
d) Repeat calculation 'c' for 1 ml, S ml and 10 ml of base beyond
end point.
Show all calculations and record your results in a table
similar ta the one shown below:
excess H+
excess OH
0 -5 -1
END
PT
-.1
+.1
+1
+5
+10
(ML)
BASE VOLUME
20 24 24-9 25 25.1|26 30 35
pH](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbb59da21-6edc-4734-a521-4b0579c272ae%2Ff47ae18a-dec5-4c83-ae95-3e3714df0768%2Fq54a45i_processed.png&w=3840&q=75)
Transcribed Image Text:@ Prepare a "pH curve" as follows:
a) Find the pH of the acid solution just before the end point
when 0.1 ml of base less than the end point voiume has been
added.
potnt, therefore at the end of the titration ph - 7.
We are assuming that end point equals equivalence
b) Repeat calculation 'a' for a volume 1 ml less and 5 ml less
then end point and before any base is added. That is Oml base added.)
Before end point, we assume that all the base is used up by
the acid.
c) Assuming you had continued the titration past the end point,
calculate the pH when 0.1 ml of base beyond end point had
been added.
d) Repeat calculation 'c' for 1 ml, S ml and 10 ml of base beyond
end point.
Show all calculations and record your results in a table
similar ta the one shown below:
excess H+
excess OH
0 -5 -1
END
PT
-.1
+.1
+1
+5
+10
(ML)
BASE VOLUME
20 24 24-9 25 25.1|26 30 35
pH
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