TEACHING OF CARBONIC ACIDS BY ACMEO-COMBINED METHOD

Authors

  • N. Kamil Baku State University
  • S. Guliyeva Baku State University

DOI:

https://doi.org/10.31618/nas.2413-5291.2021.2.67.436

Keywords:

acmeo-combined method, free thinking, acmeological view, acmeological methodology, professionalism, professionalism of a teacher, professional development, student activity, combined lessons, professionalism of teaching and learning

Abstract

The psychological and pedagogical foundations of developing education are one of the most studied issues in modern chemistry. The difficulty of learning the material taught should be at the level of the development of learners' abilities. Students' learning skills, interest in the subject and motivation should be taken into account when compiling the material. In the process of chemical education, secondary abilities are formed on the basis of abilities that include attention, imagination, memory, thinking and speech. If a chemistry teacher solves the problems of developing these and other skills of his students in a systematic and purposeful way, the average abilities can change significantly. Acmeo-combined method is one of the means of development. The development of students' acmeological thinking in the study of chemistry includes the formation of educational skills and professionalism: to put forward and formulate hypotheses of acmeo education; use existing chemical acmeology and laws to explain events; correctly formulate definitions of concepts; express your thoughts logically and consistently, get accurate results based on facts, and generalize acmeo thinking; make full use of analysis, synthesis, comparison, abstraction, concretization, generalization, systematization and integration.

Author Biographies

N. Kamil , Baku State University

Doctor of Philosophy in Chemistry, Associate Professor

S. Guliyeva , Baku State University

master

References

Beresneva E.V. Modern technology of teaching chemistry: Textbook - M. Centrhimpress, 2004, p. 144

Hofstein, A. Kempa, R. F. Motivating aspects in science education: An attempt at an analysis. European Journal of Science Education 7,1985. p. 221-229

Lastochkin A.N. Integrative-modular teaching of chemistry at the preparatory Department of the Pedagogical University. – Sankt-Peterburg: Education, 1998.

Zagvyazinsky V.I. Learning theory: Modern interpretation: Textbook for universities. 3rd ed. M. Academy 2006, 192 p.

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Published

2021-06-15

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