Cognitive Styles in Solving Educational Tasks

Alfinur Azatovna Galiakberova, Elmira Khatimovna Galyamova

Özet


The article considers the influence of cognitive styles and individual features of perception and coding information on teaching geometry. Cognitive styles can determine success in learning, as they are manifested in the individual characteristics of the cognitive processes of students, their ways of perception, thinking, and action. Special attention is paid to the problems of connection of cognitive styles with interhemispheric brain asymmetry, level of intelligence, and motivation of a personality. The article underlines a very important for the learning process individual characteristic of a student. It is ‘differentiation of the field’, which means the influence of differences of the external environment on human decision-making. Differentiation of the field is described in terms of field dependence – field independence. Field dependence as a cognitive style means dominance of the whole, a lack of differentiation of parts in an image of perception, a disability to overcome the context, to select separate stimuli from the background. Field independence is an ability to resist the influence of conflicting background signs in the perception of visual forms and ties, an ability to perceive the whole, to allocate parts from complex figures, to choose stimuli from a context. In the conducted experimental research there were offered examples of tasks that allow to form cognitive ‘flexibility’ and overcome difficulties of students in analyzing geometric problems text. There were highlighted types of such tasks that were characterized by an educational effect. The conclusions from the experiment show that taking into account the parameters of cognitive styles with regular use of the system of developed tasks has a positive impact on the achievement of subject results in teaching students. The analysis of scientific and educational literature was carried out in order to make the understanding of the categories in this insufficiently researched area available to a wide range of school teachers.


Anahtar Kelimeler


Teaching, decision-making strategy, cognitive style, field differentiation, field dependence – field independence, the right brain hemisphere, intellectual education.

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Referanslar


Adler, A. (2002). Essays on Individual Psychology. Moscow: Kognito-Centre.

Allport, G. W. (2002). Formation of Personality: Selected works. Moscow: Smysl.

Bozhenkova, L. I. (2017). Methods of Forming Universal Training Actions while Teaching Algebra. Moscow: Laboratoriya znaniy.

Bruner, J. S. (1977). Psychology of Cognition. Beyond the Limits of Information Proper. Moscow: Progress.

Dahlinger, V. A. (2019). Methods of Mathematics Teaching. Cognitive-Visual Approach. Moscow: Publishing House Yurait. URL: Available at: https://biblio-online.ru/bcode/434658 (date of access: 26.10.2019).

Demidova, T. E., & Tonkikh, A. P. (2002). Theory and Practice of Solving Text Problems. Moscow: Academia.

Kholodnaya, M. A. (1990) Cognitive Styles as a Manifestation of the Originality of Individual Intelligence. Kiev.

Kholodnaya, M. A., & Gel’fman, E. G. (2016). Developmental texts as a Means of Intellectual Education of Students. MOSCOW: Publishing house “Institute of Psychology of RAS.

Klaus, G. Sh. (1987). Introduction into Differential Psychology of Learning. Moscow: Pedagogika.

Krutetskiy, V. A. (1972). Foundations of Pedagogical Psychology. Moscow: Prosveschenie.

Leaver, B. L. (1994). Teaching the Whole Class. Novisibirsk.

Podkhodova, N. S. (2018). Methods of Mathematics Teaching. In 2 parts. Part 1. Moscow: Publishing House Yurai.

Polya, G. (1959). How to Solve a Problem. Moscow: Uchpedgiz.

Posamentier, A., & Krulik, S. (2018). Problem-Solving Strategies in Mathematics: From Common Approaches to Exemplary Strategies. Moscow: Publishing House Al’pina.

Rotenberg, V. S., & Bondarenko, S. M. (1989). Brain. Education. Health. Teacher’s Book. Moscow: Prosveschenie.

Rubinshtein, S. L. (1973). Problems of General Psychology. Moscow: Pedagogika.

Sarantsev, G. I. (2002). Methods of Teaching Mathematics in Secondary School. Moscow: Prosveschenie.

Shiyanova, E. B. (1989). Individual Distinctions in Imaginative Thinking of School Children while Learning Algebra. In: Age and Individual Distinctions of School Children’s Imaginative Thinking, (pp. 95-112). Moscow: Pedagogika.

Shkuratova, I. P. (1994). Cognitive Style and Communication. Rostov-on-Don: Publishing house of Rostov Pedagogical University.

Sirotyuk, A. L. (2001). Teaching Children Taking into Account Psycho-physiology. In: Practical Guidance for Teachers and Parents. Moscow: TTz Sfera.

Sirotyuk, A. L. (2003). Neuro-psychological and Psycho-physiological Support of Education. Moscow: TTz Sfera.

Witkin, H. A. (1962). Psychological Differentiation: Studies of development. New York.

Zakharov, A. N. (1996). Children’s neuroses. St. Petersburg: Del’ta.




DOI: http://dx.doi.org/10.7596/taksad.v8i4.2385

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