Kinetic Reactions of Electron Transfer Reaction by Alkaline Permanganate

A present research paper has been derived on “Kinetic reactions of Electron Transfer Reactionby Alkaline Permanganate.” The reaction has stoichiometry 21 ([MnO₄][L-Ala]). The reaction shows firstorder kinetics in [permanganate ion] and fractional order dependence in both [L-Alanine] and [alkali].Addition of products, manganate, aldehyde and ammonia, have no significant effect on the reaction rate.Increase in ionic strength and dielectric constant of the medium increases the rate. The oxidationprocess in alkaline medium under the conditions employed has been shown to proceed via two paths,one substrate dependent and other substrate independent. The proposed mechanism has the followingrate law. The reaction has been studied at different temperatures and activation parameters have beencomputed with respect to slow step of mechanism proposed. The reaction constants involved in themechanism are evaluated as well.

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Publication Details

Journal
Journal of Advances in Science and Technology
Published
2024-09-02
DOI
https://doi.org/10.29070/ymejh879
Primary Topic
Inorganic and Organometallic Chemistry
Type
article
Field-Weighted Citation Impact
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article

Kinetic Reactions of Electron Transfer Reaction by Alkaline Permanganate

Amardeep Kumar Amardeep Kumar
Journal of Advances in Science and Technology
Inorganic and Organometallic Chemistry
article

Kinetic Reactions of Electron Transfer Reaction by Alkaline Permanganate

Amardeep Kumar Amardeep Kumar
article en

Abstract

A present research paper has been derived on “Kinetic reactions of Electron Transfer Reactionby Alkaline Permanganate.” The reaction has stoichiometry 21 ([MnO₄][L-Ala]). The reaction shows firstorder kinetics in [permanganate ion] and fractional order dependence in both [L-Alanine] and [alkali].Addition of products, manganate, aldehyde and ammonia, have no significant effect on the reaction rate.Increase in ionic strength and dielectric constant of the medium increases the rate. The oxidationprocess in alkaline medium under the conditions employed has been shown to proceed via two paths,one substrate dependent and other substrate independent. The proposed mechanism has the followingrate law. The reaction has been studied at different temperatures and activation parameters have beencomputed with respect to slow step of mechanism proposed. The reaction constants involved in themechanism are evaluated as well.

Journal of Advances in Science and TechnologyVol. 20(2)
Openalex Percentile: Top 89%
Inorganic and Organometallic Chemistry
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