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Ion-Pair Complexation in Moderately Strong Aqueous Acids

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Lowell M. Schwartz

University of Massachusetts, Boston, MA 02125

J. Chem. Educ., 1995, 72 (9), p 823

DOI: 10.1021/ed072p823

Publication Date: September 1995

Abstract

This paper is a continutaion of a discussion started in a previous Journal article [1989, 66, 148--153] by Russo and Hanania that addressed the fact that ion association in aqueous solution is often overlooked in undergraduate curriculum. Their discussion focused on solid ionic compounds where, the one here focuses on protonic acids, which need not be solids before dissolving in water.

Keywords (Audience):

Second-Year Undergraduate

Keywords (Domain):

Inorganic Chemistry

Keywords (Subject):

Atomic Properties / Structure

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This article has been cited by 2 ACS Journal articles (2 most recent appear below).

Complexes of the Picolinium Ion and Picolinic Acid with Cresol Red
Robert I. Gelb and Joseph S. Alper
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  Robert I. Gelb and Joseph S. Alper
  Journal of Chemical & Engineering Data2001 46 (3), 773-776
  A spectrophotometric analysis of acidified aqueous solutions of picolinic acid and cresol red indicator suggests the existence of two complexes. Both the picolinium ion, a moderately strong acid, and picolinic acid, a weak acid, form complexes with the ...
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Anomalous Conductance in Electrolyte Solutions: A Potentiometric and Conductometric Study of the Dissociation of Moderately Strong Acids
Robert I. Gelb and Joseph S. Alper
Analytical Chemistry2000 72 (6), 1322-1327
- Anomalous Conductance in Electrolyte Solutions: A Potentiometric and Conductometric Study of the Dissociation of Moderately Strong Acids
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  Properties of the associated forms of five moderately strong acids in aqueous solution (trichloro-, trifluoro-, chlorodifluoro-, and dichloroacetic acids) and sulfamic acid are studied by potentiometric and conductometric methods. Conductometric estimates ...
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