THE ROLE OF STUDENTS’ INDEPENDENT WORK IN DEVELOPING THE PLANIMETRY COMPETENCE OF FUTURE MATHEMATICS TEACHERS
DOI:
https://doi.org/10.47390/SPR1342V5I5Y2025N92Keywords:
elementary mathematics, planametry, independent work, principle, principle of openness and self-development of the system, principle of comprehensibility, principle of consciousness and activity, principle of human priorities, principle of scientificity, principles of purposefulness and natural harmony.Abstract
In the process of solving standard tasks, which are often found in problem sets and textbooks, expressed in the form of standard requirements (find, prove, calculate, replace), the competence under study is poorly formed. The problematic issue is based on the lack of information, and its solution requires full work with this information. Students find themselves in conditions where they need to search for missing information, select the necessary one, analyze, organize, store, and sometimes convey it. One of the results of solving the problem is subjective new information discovered by students. In addition, the information obtained by them independently with minimal help from the teacher is usually better assimilated, since it becomes an achievement of the student and the group as a whole. Therefore, the formation of the skill of independent work, independent work in the classroom and outside the classroom allows them to become qualified personnel in their chosen profession in the future. Of course, independent work is the basis of the education of students of pedagogical higher educational institutions, and its implementation largely depends on the quality of organizing students' independent work in the classroom and outside the classroom.
References
1. Bozorov Zokir Yuldosh o‘g‘li “Using the coordinate-vector method in solving planametrik problems” International journal of social science & interdisciplinary research ISSN: 2277-3630 Impact factor: 7.429 IJSSIR, Vol. 12, No. 05. May 2023. – B. 97-99.
2. Zokir Yuldosh o‘g‘li Bozorov “Ta’lim sifati menejmenti va unga bo‘lgan yondashuvlar” research and education, Scientific Journal Impact Factor 2023: 5.789, ISSN: 2181-3191,VOLUME 2 | ISSUE 5 | 2023.
3. Zokir Yuldosh O‘G‘Li Bozorov “Conceptual basis of training of mathematics teachers” INTERNATIONAL JOURNAL OF SOCIAL SCIENCE & INTERDISCIPLINARY RESEARCH ISSN: 2277-3630 Impact Factor: 8.036, 13(03), 61–63.
4. Балл, Г. А. Теория учебных задач: психолого-педагогический аспект [Текст] / Г.А. Балл. – М.: Педагогика, 1990. – 183 с.
5. Епишева, О. Б. Технология обучения математике на основе деятелностного под¬хода: кн. для учителя [Текст] / О.Б. Епишева. - М.: Просвещение, 2003. – 223 с.
6. Колягин, Ю. М. Задачи в обучении математике [Текст]. 41/ Ю.М. Колягин. - М.: Просвещение, 1977. - 110 с.
7. Крупич, В. И. Теоретические основы обучения решению школных математиче¬ских задач [Текст] / В.И. Крупич. – М.: Прометей, 1995. – 166 с.
8. Машбис, Б. И. Психолого-педагогические проблемы компютеризatsiи обучения [Текст] /Б.И. Машбис. – М.: Педагогика, 1998.
9. Пономарев, Я.Л. Психология творчества [Текст] / Я.Л. Пономарев. - М.: Педагогика, 1976.
10. Славская, К. А. Детерминatsiя процесса мышления [Текст] / К.А. Славская // Ис¬следование мышления в советской психологии. – М., 1966.