6. The alpha values for any weak acid with n ionizable protons, HaA, can be written asfollows:[HnA] [H30+j"СтD[Hn-1A-11 Ka1(H30*]"-1Ст[Hn-24-2] KaiKaz[H30+]n=2СтD[A"] KaiKaz...Kan[H30*]"-nСтDwhere CT is the analytical concentration of the acid and the denominator D is given by:D = [H30*]" + Kai[H30*]n=1) + Kai Kaz[H30*](n-2)+... KaıKaz ** KanCalculate the alpha values for the diprotic acid, oxalic acid, for every 0.5 pH units from pH= 0.0 to pH = 14.0. (Kal =5.4 x 102, Ka2 5.4 x 10). Plot the distribution diagram. Labelcach species and use a different color for each of the species' data points and lines.

To plot the distribution curve for the diprotic acid (Oxalic acid) for every 0.5 pH units from pH 0…

Calculate the alpha values for the diprotic acid, oxalic acid, for every 0.5 pH units from pH - 0.0 to pH = 14.0. (Kal-5.4 x 102, Ka2 = 5.4 x 105). Plot the distribution diagram. Label cach species and use a different color for each of the species' data points and lines. %3D

Calculate the alpha values for the diprotic acid, oxalic acid, for every 0.5 pH units from pH - 0.0 to pH = 14.0. (Kal-5.4 x 102, Ka2 = 5.4 x 105). Plot the distribution diagram. Label cach species and use a different color for each of the species' data points and lines. %3D

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

6. The alpha values for any weak acid with n ionizable protons, HaA, can be written as
follows:
[HnA] [H30+j"
Ст
D
[Hn-1A-11 Ka1(H30*]"-1
Ст
[Hn-24-2] KaiKaz[H30+]n=2
Ст
D
[A"] KaiKaz...Kan[H30*]"-n
Ст
D
where CT is the analytical concentration of the acid and the denominator D is given by:
D = [H30*]" + Kai[H30*]n=1) + Kai Kaz[H30*](n-2)+... KaıKaz ** Kan
Calculate the alpha values for the diprotic acid, oxalic acid, for every 0.5 pH units from pH
= 0.0 to pH = 14.0. (Kal =5.4 x 102, Ka2 5.4 x 10). Plot the distribution diagram. Label
cach species and use a different color for each of the species' data points and lines.

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