Zamonaviy ta’lim tizimida nafaqat bilim berish, balki o‘quvchilarning ma’naviy, estetik va ijodiy salohiyatini rivojlantirish ham muhim vazifalardan biri hisoblanadi. Art-pedagogika o‘quvchilarning his-tuyg‘ulari, tasavvuri va ijodiy fikrlashini rivojlantirish orqali ularning shaxs sifatida shakllanishiga ijobiy ta’sir ko‘rsatadi. Shuningdek, tasviriy san’at, musiqa, drama, ijodiy yozuv kabi san’at turlarining pedagogik jarayondagi o‘rni haqida ham fikr yuritilgan. Tadqiqot natijalariga ko‘ra, art-pedagogik texnologiyalar o‘quvchilarning estetik didini shakllantirish, ijtimoiy faolligini oshirish va mustaqil fikrlashini rivojlantirishda muhim vosita ekanligi aniqlangan.

This article examines modern approaches to teaching English vocabulary, emphasizing their role in enhancing students’ communicative competence and language proficiency. The paper highlights interactive techniques, contextualized learning, and the integration of digital tools. It argues that modern methodologies improve vocabulary retention and facilitate practical language use among learners.

This project investigates the effectiveness of contextualized vocabulary learning in English language education for Uzbek students. The study examines the role of context in vocabulary acquisition, challenges faced by learners, and modern strategies for enhancing lexical development. By analyzing theoretical perspectives and practical applications, the project provides recommendations for improving teaching practices.

Maqolada korrupsiya tushunchasi, uning sabablari va jamiyatga ko‘rsatadigan salbiy ta’siri tahlil qilinadi. Shuningdek, korrupsiyaga qarshi kurashish mexanizmlari — qonunchilik, institutsional choralar, profilaktika va fuqarolik jamiyatining roli yoritiladi. Maqola maqsadi — korrupsiyaning jamiyat taraqqiyotiga salbiy ta’sirini tushuntirish va uni kamaytirish bo‘yicha samarali choralarni ko‘rsatish.

This article examines the technological factors affecting gas pyrolysis processes and explores methods for their optimization. Gas pyrolysis represents a critical thermal decomposition process with significant applications in petrochemical industry, waste management, and sustainable energy production. The findings demonstrate that integrated parameter optimization can substantially improve conversion efficiency, product selectivity, and overall process economics.