Laboratuvar Deneyleri İle Öğrencilerin Fiziğe Olan İlgisini Artırmak
20 57
Anahtar Kelimeler:
laboratory work, approximate calculations, confidence interval, measurement errors, laboratory work, physics.Özet
This work is about how to make the study of physics fascinating for schoolchildren. We will focus on how to use laboratory classes to make the learning process more fun. We want to understand how to get students interested in physics. We think laboratory experiments are a good way. They allow students to experiment and see how scientific ideas work.
This work is devoted to the study and implementation of effective methods to increase students' interest in physics. Special attention in this process is paid to the use of laboratory experiments as the main tool. Laboratory experiments are seen as a powerful attraction tool that allows students to interact directly with scientific concepts and laws. In the course of the work, modern approaches to teaching physics were analyzed, and the advantages of using laboratory experiments in the framework of increasing the interest of students were revealed.
An important aspect of the study is also the identification of potential obstacles and difficulties in the implementation of laboratory experiments in the educational process.
In the curricula of mathematics and physics in elementary school, the question of the consistency of the study of approximate calculations is discussed. As part of the seventh grade of physics, specific methodological recommendations are given for performing laboratory work and solving problems.
Referanslar
Генденштейн Л.Е. Физика, 7 кл.: учебник для средних общеобразовательных школ. – Харків: Гімназія, 2007. – 208 с.
Shektibayev N., Sarybaeva A.Kh., Turalbayeva A., Anarbayev A.K., Ramankulov Sh. Zh., Turmambekov T.A., Berkimbayev M.O., Batyrbekova A. Zh. А model of the future teachers’ professional competence formation in the process of physics teaching // Man In India. – 2017. – V. 97, Iss. 11. – Р. 517–529.
Ramankulov Sh., Sultanbek M., Berkimbaev K., Meirbekova G., Ussenov S., Zhasuzakova M., Shektibayev N. Didactic Conditions of Implementation of ICT in the Formation of Creativity of Future Teachers of Physics // Asian Social Science. – 2015. – Vol. 11, No 28. – Р. 51–57.
Савчук В.П. Обработка результатов измерений. Физическая лаборатория: уч. пособие для студ. вузов. – Одесса: ОНПУ, 2002. – 54 с.
Слепкань С.И. К проблеме изучения приближенных вычислений в школе // Математика в школе. – 2006. – №10. – С. 8–10.
Коршак Е.В., Ляшенко А.И., Савченко В.Ф. Физика, 7 кл.: учебник для общеобразовательных учебных заведений. – Киев: Перун, 2002. – 168 с.
Божинова Ф.Я., Кирюхин М.М., Кирюхина А.А. Физика, 7 класс: учебник. – Харків: Видво «Утро», 2007. – 192 с.
Сапожник И.О., Клиндухова В.Н. Приближенные вычисления на уроках математики. – Киев: Школьный мир, 2010. – 128 с.
[Электронды ресурс]. URL: http://www.fizika.ru/laborant/index.php?theme=01&id=01301 (қаралған күні 15.02.2024)
Абрамова Н.В. Использование лабораторных работ для повышения интереса учащихся к изучению физики: дис. ... канд. пед. наук. – М., 2019. – 180 б.
Воробьев А.А. Лабораторный эксперимент в физике как средство повышения интереса учащихся к предмету: дис. ... канд. пед. наук. – М., 2019. – 208 б.
Литвинчук В.А. Использование лабораторного эксперимента для повышения интереса учащихся к изучению физики: дис. ... канд. пед. наук. – Минск, 2019. – 196 б.
REFERENCES
Gendenshtein L.E. Fizika, 7 kl.: uchebnik dlia srednih obsheobrazovatelnyh shkol [Physics, 7th grade: textbook for secondary schools]. – Harkіv: Gіmnazіa, 2007. – 208 s. [in Russian]
Shektibayev N., Sarybaeva A.Kh., Turalbayeva A., Anarbayev A.K., Ramankulov Sh.Zh., Turmambekov T.A., Berkimbayev M.O., Batyrbekova A.Zh. A model of the future teachers’ professional competence formation in the process of physics teaching // Man In India. – 2017. – V. 97, Iss. 11. – P. 517–529.
Ramankulov Sh., Sultanbek M., Berkimbaev K., Meirbekova G., Ussenov S., Zhasuzakova M., Shektibayev N. Didactic Conditions of Implementation of ICT in the Formation of Creativity of Future Teachers of Physics // Asian Social Science. – 2015. – Vol. 11, No 28. – P. 51–57.
Savchuk V.P. Obrabotka rezultatov izmereniy. Fizicheskaia laboratoria: uch. posobie dlia stud. Vuzov [Processing of measurement results. Physical laboratory: a textbook for students. universities]. – Odessa: ONPU, 2002. – 54 s. [in Russian]
Slepkan S.I. K probleme izuchenia priblijennyh vychisleniy v shkole [On the problem of studying approximate calculations at school] // Matematika v shkole. – 2006. – №10. – S. 8–10. [in Russian]
Korshak E.V., Liashenko A.I., Savchenko V.F. Fizika, 7 kl.: uchebnik dlia obsheobrazovatelnyh uchebnyh zavedeniy [Physics, 7th grade: textbook for general education institutions]. – Kiev: Perun, 2002. – 168 s. [in Russian]
Bojinova F.Ia., Kiriuhin M.M., Kiriuhina A.A. Fizika, 7 klass: uchebnik [Physics, 7th grade: textbook]. – Harkіv: Vidvo «Utro», 2007. – 192 s. [in Russian]
Sapojnik I.O., Klinduhova V.N. Priblijennye vychislenia na urokah matematiki [Approximate calculations in math lessons]. – Kiev: Shkolnyi mir, 2010. – 128 s. [in Russian]
[Electronic resource]. URL: http://www.fizika.ru/laborant/index.php?theme=01&id=01301 (date of access: 15.02.2024)
Abramova N.V. Ispolzovanie laboratornyh rabot dlia povyshenia interesa uchashihsia k izucheniu fiziki: dis. ... kand. ped. nauk. [The use of laboratory work to increase students' interest in the study of physics: dis.]. – M., 2019. – 180 b. [in Russian]
Vorobiev A.A. Laboratornyi eksperiment v fizike kak sredstvo povyshenia interesa uchashihsia k predmetu: dis. ... kand. ped. nauk. [Laboratory experiment in physics as a means of increasing students' interest in the subject: dis.]. – M., 2019. – 208 b. [in Russian]
Litvinchuk V.A. Ispolzovanie laboratornogo eksperimenta dlia povyshenia interesa uchashihsia k izucheniu fiziki: dis. ... kand. ped. nauk. [Using a laboratory experiment to increase students' interest in studying physics: dis.]. – Minsk, 2019. – 196 b. [in Russian]
