"YER MAGNIT MAYDONI" fanini o‘qitishda integral yondashuv.
Annotatsiya
Ta'lim jarayonida fanlarni integratsiya qilish hozirgi zamon talabi hisoblanadi. Chunki fanlarni integratsiya qilish ta'lim va tarbiyani uyg‘unlashtirish, talabalarni vatanparvar, tabiat va atrof-muhitga mehribon, ma'naviy va axloqiy fazilatlarga ega shaxs sifatida shakllantirish uchun muhimdir. Bizning fikrimizcha, fanlararo integratsiya asosida o‘tkaziladigan darslar bu borada juda yaxshi ta’sir ko‘rsatadi. Chunki fanlar va ilmiy bilimlarni integratsiya qilish jarayonining asosi moddiy dunyoning, ya'ni tabiat va jamiyatning, va ularning o‘zaro bog‘liqligining birligiga asoslanadi. Ushbu maqolada biz "Yerning magnit maydoni" mavzusida fizika-geografiya-biologiya integrativ fanlaridan foydalanib integratsiyalashgan konferensiya darsini o‘tkazish metodikasini bayon qilamiz. Ushbu dars orqali o‘quvchilar geomagnetizm va geomagnit maydonining sabablarini tushunish g‘oyalarini rivojlantirishi mumkin.
Mualliflar haqida
Adabiyotlar ro'yxati
Begmatova D.A., Nortojiyev A.M., Integration of physics lessons in higher education institutions in construction, EPRA International Journal of Multidisciplinary Research, 2021, 7, 05, 520–523.
Brown Robert G., Introductory Physics I, Duke University Physics Department, Durham, 2013.
Isabelle Aaron D., Zinn Gilbert A., STEPS to STEM – Student Science Notebook, Sense Publishers, Boston, Rotterdam, 2017, 224.
Dori Yehudit Judy, Mevarech Zemira R., Baker Dale R., Cognition, Metacognition and Culture in STEM Education, Springer International Publishing, AG, 2018, 386.
Sanders M., STEM, STEM education, The Technology Teacher, 2009, 68, 20–26.
Capraro Robert M., Capraro Mary Margaret, Morgan James R., STEM Project-Based Learning, Sense Publishers, Rotterdam, Boston, Taipei, 2013, 197.
Sangirova Z.B., STEM education in teaching the subject "Natural Sciences", Science and Innovation, 2022, 4, 343–349, UIF-2022: 8.2, ISSN: 2181-3337 (Impact Factor: 8.2), Uzbekistan.
Sangirova Z.B., STEAM as a means of developing students’ inquisitiveness, Uzluksiz ta’lim, 2020, 6, 54–57, Tashkent: Uzbek, Sangirova Z.B. STEAM o‘quvchilarda izlanish qobiliyatini rivojlantirishda vosita sifatida. Uzluksiz ta’lim, Toshkent., 2020, №6. .54-57.
Qurbonov M., Uzoqova G.S., Tursunov K.Sh., Theoretical Foundations of Physics Teaching, “Ozbekiston”, , 2008, Uzbek: Qurbonov M., Uzoqova G.S., Tursunov K.Sh. “Fizika oqitishning nazariy asoslari”. T.: “Ozbekiston”, 2008.
Jo’rayev M.D., Methods of Teaching Physics (General Issues), TDPU, , 2015, Uzbek: M.D. Jo’rayev. “Fizika o‘qitish metodikasi (umumiy masalalar)”. T.: TDPU, 2015.
Azizxojaeva N.N., Pedagogical Technologies and Pedagogical Skills, , 2006, Uzbek: Azizxojaeva N.N. Pedagogik texnologiyalar va pedagogik mahorat. T., 2006.
Po’latov A.A., Murodov K., The Importance of Integrated Lessons in Teaching Physics (Study Guide), 2015, Uzbek: A.A.Po’latov, K.Murodov. Fizika fanini o’qitishda integratsiyalashgan darslarning ahamiyati (O‘quv qo’llanma). N., 2015 y.
Abdullayev N.Q., Method of system analysis in solving physical problems, Journal of Critical Reviews (JCR), 2020, 7, 3344–3351, 10.31838.07.14.613, Scopus IF 0.67.
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