This article explores the integration of sciences in education, focusing on the interdisciplinary connections in chemistry and other related disciplines. It highlights the importance of integrating various scientific fields to foster a holistic understanding of complex phenomena. The paper discusses the benefits of interdisciplinary approaches in education, such as promoting critical thinking, enhancing problem-solving skills, and fostering a deeper appreciation for the interconnectedness of scientific disciplines. Examples of integrated lessons and projects are provided to illustrate the practical application of interdisciplinary concepts in the classroom. Overall, the paper emphasizes the significance of interdisciplinary connections in enriching the educational experience and preparing students for future scientific endeavors.

Integration, interdisciplinary connections, chemistry, mathematics, interdisciplinary tasks, problem-solving tasks, skills development, scientific worldview, activation of thinking, cognitive interest, spatial representations, logical thinking, subject knowledge, skills, acquisition of new ways of activity.

M.K. Toletova, A.N. Lyamin, T.N. Frolova. Interdisciplinary tasks as a means of forming integrative skills. (Chemistry in School-2010-No. 10).

A.J. Kurbanbayeva. The educational value of surgical methods in maintaining health formed in the experiences of the Karakalpak people. Journal of Survey in Fisheries Sciences 10(2S) 3670-3676. 2023.

А.Dj.Kurbanbaeva. The educational value of traditions of teaching young people to maintain health in Karakalpak folk pedagogy. Eurasian journal of social sciences, philosophy and culture.

Курбанбаева Асель. Бегмуратова Еркинай. Интеграционные (интегративное) обучения в школе по химии// International bulletin of engineering and technology.Volume 3, Issue 7, July

I.V. Tagiyev. Interdisciplinary connections as the basis for the development of cognitive activity. (Chemistry in School-2011-No. 1).

O.K. Olekseyuk. From the experience of implementing interdisciplinary connections. (Chemistry in School-2014-No. 10).

I.B. Gilyazova-S. The role of chemical information in shaping a scientific worldview. (Chemistry in School-2013-No. 10).

A.I. Plakhov. Integrated lesson of chemistry, biology, and social studies. (Chemistry in School-2011-No. 3).

O.D.-S. Problem-creative tasks. (Chemistry in School-2012-No. 1).

S.S. Mastyuga, I.Dz. Revazova. Integrated lesson of chemistry and geography. (Chemistry in School-2014-No. 1).

O.I. Shadrova. Lesson with elements of project activity. (Chemistry in School-2012-No.2).

N.N. Pilnikova, M.K. Toletova. Use of research tasks to develop experience of creative activity. (Chemistry in School-2014-No.4).