THE IMPORTANCE OF THE METHODOLOGY OF USING CHEMICAL LABORATORY EQUIPMENT
Keywords:
instruction, student experiment, visual experience, oral presentations, reagent, experimental problems, practical training, practice.Abstract
An understanding of the methodology of using a chemical laboratory, this article provides general information about the methodology of using a chemical laboratory. This methodology is used for organization of laboratory processes, testing and identification of chemical materials, mainly for chemical analysis. The methodology provides the basic rules and procedures needed to perform laboratory work. The methodology includes the organization of the chemical laboratory, events, products, technological processes and support.
References
Ergashovich, S.I. (2023). ORGANIZATION OF THE EDUCATIONAL PROCESS BASED ON THE COMPETENCE APPROACH. SCIENTIFIC APPROACH TO THE MODERN EDUCATION SYSTEM, 2(13), 24-29.
Ergashovich, S.I. (2023). Development of Functional Literacy Through Creative Thinking Tasks. Journal of Pedagogical Inventions and Practices, 18, 20-25.
Ergashovich, S.I. (2022). Preparation Of Future Chemical Chemistry Teachers For Preparation For International Research. Journal of Pedagogical Inventions and Practices, 15, 71-76.
Bektosheva, S. & Shernazarov, I. (2022). IMPROVING THE METHODOLOGY OF DEVELOPING FUNCTIONAL LITERACY IN STUDENTS. Science and Innovation, 1(8), 1570-1577.
Ergashovich, S.I. (2022, December). PREPARATION OF STUDENTS FOR INTERNATIONAL EXAMINATION STUDIES OF FUTURE CHEMISTRY TEACHERS FORMATION OF SKILLS. In Proceedings of International Conference on Modern Science and Scientific Studies (Vol. 3, pp. 121-125).
Ergashovich, S.I. (2022). THE USE OF INTERNATIONAL ASSESSMENT RESEARCH COMPETENCES IN THE FORMATION OF THE LITERACY OF FUTURE CHEMISTRY TEACHERS. Web of Scientist: International Journal of Scientific Research, 3(12), 471-477.
Shernazarov, I. & Khodjabayeva, N. (2022). THE IMPORTANCE OF MODERN TECHNOLOGIES IN THE USE OF MATERIALS FROM INTERNATIONAL EVALUATION STUDIES. Science and Innovation, 1(8), 1578-1582.
Ergashovich, S.I. (2022). TASKS AND IMPLEMENTATION OF INTERNATIONAL EVALUATION STUDIES IN UZBEKISTAN. PEDAGOGICAL SCIENCES AND TEACHING METHODS, 2(18), 85-90. 9. Ergashovich, SI (2021). Use of integrated technologies in preparing higher educational institution students for international assessment programs on "organic chemistry".
ERGASHOVICH, S.I. & ORIFJONOVICH T.N. Clear and Natural in Teaching Higher Education Institution Students on the Basis of the International Stem Education Program Characteristics of Integration of Sciences. JournalNX , 6 (12), 234-237.
Ergashovich, S.I. Preparation for the International Assessment System Using Modern Methods in Teaching Students in the General Secondary Education System. International Journal on Integrated Education, 3 (12), 300-305.
Ergashovich, S.I. (2021). Use of integrated technologies in preparing higher educational institution students for international assessment programs on "organic chemistry". Emergent: Journal of Educational Discoveries and Lifelong Learning, 2 (1), 1-4.
Berdikulov, R. Sultanova, S. & Berdikulov, O. (2023). SPECIFIC CHARACTERISTICS OF STUDENTS' PERCEPTION OF CHEMISTRY. Science and innovation, 2 (B4), 182-185.
Berdikulov R. Sh., Alimova F. A., Mirkamilov Sh. M. VOZMOJNOSTI KOMPYUTERNYX TECHNOLOGIY PRI IZUCHENII OSNOV TECHNOLOGIChESKIH PROTESSOV KHIMIChESKOGO PROIZVODSTVA //Voprosy humanatirynyx nauk. – 2010. – no. 2. - S. 207-211.
Azamjonovich, I.S. (2022, May). IMPROVING THE METHODS OF PROBLEM SOLVING RELATED TO SOLUTIONS IN 11TH GRADES. In E Conference Zone (pp. 152-153).
Iskanderov, A.Y. & Makkamov, N. (2021). Chemical problem solving as a method of increasing students' cognitive activities.
Azamjonovich, I.S. (2021). The importance of using Chemical Transformation by future Chemistry Teachers. International Journal on Integrated Education, 4 (3), 240-244.
Kultaev, K.K. THE APPLICATION OF INTERACTIVE METHODS TO THE SUBJECT OF HYDROCARBONS. MU ALLIM OEo' M WITHOUT MALICIOUSNESS EDUCATIONAL ², 92.
Iskanderov, A.Y. Shomurotova, S.X., & Kamalova, N. (2020). Forming a methodology for developing students' creativity using creative methods in teaching chemistry to future chemistry teachers. International journal of discourse on innovation, integration and education, 1 (2), 1-5.
Kazakbayevich, K.K. (2022). ACETYLENE ALCOHOL BROMINATION REACTION.
Berdikulov, R. (2022). DEDUCTIVE ANALYSIS CHEMISTRY OF EDUCATION LOGICAL BASIS AS . Science and innovation, 1(B8), 1109-1114.
Sapayeva, S.O. (2021). CONCEPTUAL METAPHORS OF THE CONCEPT OF "TIME" IN ENGLISH AND UZBEK LANGUAGES. Herald pedagogy. Science and Practice, 1 (2).
Ergashevich, R.U. (2019). Cognitive tasks in educational-upbringing process on biology. International scientific review, (LVII), 60-61.
Shakhmurova, G.A. Rakhmatov, UE, & Saidjanova, US A complex of entertaining tasks and exercises on Biology as one means of enhancing the cognitive skills of students. Asian life sciences, 30 (1), 87-97.
Shakhmurova, G.A. Azimov, IT, Rakhmatov, UE, & Akhmadaliyeva, BS Solution of biological problems and exercises (human and health). Teaching-methodological guidance." Literature sparks.
Shakhmurova, G.A. & Azimov T, RU Problem solving from biology (zoology). Teaching-methodological guidance. Brock Class Service LLC.
