Forming Students’ Knowledge and Formalization, Solution and Interpretation Skills for Applied Mathematical Problems
Abstract
Key words: mathematical model, mathematical modeling, stages of solving applied problems, problematic task.
Annotation: in this paper analyzed the necessity of addressing to the tasks of the problematic – applied nature. The author examines the basic concepts of thetheory of solving problems and approaches to learning to solve such problems using the methods of mathematical modeling.
Literaturhinweise
Blekhman II, Myshkis AD, Panovka YaG. Mechanics and applied mathematics: logic and features of applications of mathematics. Moscow, 1990; 360.
Melnikov YuB. Mathematical modeling: structure, algebra, model training in the construction of mathematical models: monograph. Yekaterinburg, 2004; 384.
Moiseev NN. Math puts an experiment. Moscow, 1979; 224.
Kholodnaya MА. Psychology of the intellect: paradoxes research. Tomsk, 1997; 391.
Eshpulatov NO. Polytechnic principle in the process of teaching mathematics in secondary schools (methodical recommendations). Moscow, 1991; 46.
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