MODELING AS A KEY FACTOR IN THE FORMATION OF MATHEMATICAL BACHELORS’ PROFESSIONAL COMPETENCIES
Abstract
About the Author
G. A. YarakhmedovRussian Federation
Candidate of Physics and Mathematics, assistant professor, the chair of Algebra and Geometry, DSPU
References
1. Danyluk A. Y Integration theory and education. Rostov-on-Don, 2001.
2. Mordkovich A. G Professional and pedagogical orientation of the mathematics teachers’ special training at the Pedagogical Institute: dis ... Dr. ped. M., 1986 . 286 p.
3. Samarsky A. A, Mikhailov A. P Mathematical modeling. M., 2001.
4. Talyzina N. F Managing the process of learning. M. : Moscow State University , 1975. 343 p.
5. Uhtominsky A. A Selected Works. L. , 1978. 235 p.
6. Friedman L. M Visibility and simulation training . M., 1984 . 79 p.
7. Stoff V. A Modeling and philosophy. M.-L. : Nauka, 1996. 300 p.
8. Yarakhmedov G. A An algebraic-geometric interpretations on isomorphic mathematical models // Proceedings of the Dagestan State Pedagogical University. Psychological and pedagogical sciences. 2011. # 1 (14). P. 11- 14.
9. Yarakhmedov G. A Integrated approach to mathematical education in pedagogical high school: Theory and Methodology : monograph. Makhachkala, 2013. 340 p.
Review
For citations:
Yarakhmedov G.A. MODELING AS A KEY FACTOR IN THE FORMATION OF MATHEMATICAL BACHELORS’ PROFESSIONAL COMPETENCIES. Dagestan State Pedagogical University. Journal. Psychological and Pedagogical Sciences. 2014;(2):113-119. (In Russ.)