Read sec. 14.7 2, then calculate the volume at equivalence and the pH at each of the following volumes of titrant for the titration of a 75.00 mL of a 0.049 mol L1 solution of nitrous acid (pKa = 3.37) titrated with 0.198 mol L' sodium hydroxide. %3D V. = 18.6 d ml VOH = 0 pH: %3D VOH = 7.05 pH %3D VOH = 12.1 pH %3D VOH = Ve pH %3D %3D VOH 27.8 %3D pH %3D Von = 55.7 pH %3D Submit Question Jump to Answer
Read sec. 14.7 2, then calculate the volume at equivalence and the pH at each of the following volumes of titrant for the titration of a 75.00 mL of a 0.049 mol L1 solution of nitrous acid (pKa = 3.37) titrated with 0.198 mol L' sodium hydroxide. %3D V. = 18.6 d ml VOH = 0 pH: %3D VOH = 7.05 pH %3D VOH = 12.1 pH %3D VOH = Ve pH %3D %3D VOH 27.8 %3D pH %3D Von = 55.7 pH %3D Submit Question Jump to Answer
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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![Read sec. 14.7 2, then calculate the volume at equivalence and the pH at each of the following volumes of
titrant for the titration of a 75.00 mL of a 0.049 mol L1 solution of nitrous acid (pKa = 3.37) titrated
with 0.198 mol L' sodium hydroxide.
%3D
Ve =
18.6
mL
VOH
pH
VOH
7.05
pH :
VOH =
= 12.1
pH
%3D
VOH = Ve
%3D
pH
%3D
Von
= 27.8
pH =
VoH
= 55.7
pH
Submit Question
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Transcribed Image Text:Read sec. 14.7 2, then calculate the volume at equivalence and the pH at each of the following volumes of
titrant for the titration of a 75.00 mL of a 0.049 mol L1 solution of nitrous acid (pKa = 3.37) titrated
with 0.198 mol L' sodium hydroxide.
%3D
Ve =
18.6
mL
VOH
pH
VOH
7.05
pH :
VOH =
= 12.1
pH
%3D
VOH = Ve
%3D
pH
%3D
Von
= 27.8
pH =
VoH
= 55.7
pH
Submit Question
Jump to Answer
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