Study Methodology Of Analytical Group I Cations

Main Article Content

Mineda Chanturia
Antonina Mskhiladze
Darejan Gulbani
Emma Churghulia

Abstract

The article analyses the necessary measures to be taken to modernize chemistry courses at universities. The basic principles of analysis and study of properties, the significance and application of K+, Na+,NH4 + cations of the analytical group I have been discussed.


The teaching process is carried out in the following 6 stages: The relation between the atom structure and the properties of the elements, their compounds; Their biological role; Use of metal cations of analytical group I in medicine; Particular identification reactions; Test task - analysis process of group I cations; Representation of the results of the analytical group particular reactions and the analysis of the mixture by the given schemes.


In order to achieve the goal, the student is involved in research-examination processes, is informed about the essence of research, determines the stages of research and deeply understands its results, at the same time explores its meaning, is given opportunity to understand, comprehend and interpret the information learned, develops skills in practical application of methods and strategies, in identification of risk factors related to experimental work, in selection and compilation of different types and complexity appropriate to the goal set.


In the process of teaching analytical chemistry, such a methodical approach is important for effective management of practical work and ensuring a safe environment.

Keywords:
Cations, knowledge, teaching chemistry, methods, chemical analisys, reagent
Published: Nov 21, 2021

Article Details

How to Cite
Chanturia, M., Mskhiladze, A. ., Gulbani , D., & Churghulia, E. (2021). Study Methodology Of Analytical Group I Cations. Proceedings of Tskhum-Abkhazian Academy of Sciences, 21, 213–222. Retrieved from https://proceedings.taas.ge/index.php/taas/article/view/5471
Section
Chemistry
Author Biographies

Mineda Chanturia, Sokhumi State University

PhD, Associate Professor, Sokhumi State University

Faculty of Natural Science, Mathematics, Technology and Pharmacy Department of Chemistry

E-mail: minedachanturia1@gmail.com

Antonina Mskhiladze, Sokhumi State University

PhD in Chemistry, Associate Professor,

E-mail: amskhiladze2@gmail.com

Darejan Gulbani , Sokhumi State University

Doctor of Chemistry, Sokhumi State University

E-mail: darejangulbani67@gmail.com

Emma Churghulia, Sokhumi State University

PhD in Chemistry, Sokhumi State University

Faculty of Natural Science, Mathematics, Technology and Pharmacy Department of Chemistry

E-mail: emmachurgulia@yahoo.com

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