This paper examines the main characteristics of intrapersonal communication, which refers to the internal dialogue a person has with themselves. It involves processes such as thinking, analyzing emotions, self-evaluation, and decision-making. The study highlights the significant role of intrapersonal communication in shaping human behavior, self-awareness, and emotional intelligence. It also explores how this form of communication contributes to problem-solving, goal-setting, and self-motivation. Based on psychological perspectives, the paper emphasizes that intrapersonal communication serves as a vital foundation for effective interpersonal relationships and overall mental well-being.

Mazkur maqolada siyosiy ijtimoiylashuv jarayonida an’analar va innovatsiyalarning o‘zaro aloqadorligi tahlil qilinadi. Jamiyatda shakllangan qadriyatlar va zamonaviy texnologiyalarning uyg‘unlashuvi yosh avlodning siyosiy ongini shakllantirishda qanday rol o‘ynashi haqida fikr yuritiladi. Muallif hayotiy misollar va insoniy qarashlar orqali ushbu jarayonning mohiyatini ochib berishga harakat qiladi.

Bu maqolada zamonoviy kuy-qo‘shiqlar va xalq musiqa san’atining kelajak avlodlarni mumtoz musiqa merosi bilan yaqindan tanishtirish, havaskorlik tugaraklari, san’at saroylarida tashkil etilgan xalq cholg‘u asboblari ansambllari faoliyatlarini keng yoyish musiqa san’ati rivojini va taraqqiyotini ta’minlash haqida so‘z yetiladi.

Mazkur maqolada metrologik o`lchashlar vaqtida atrof muhit haroratining o`lchashlar xatoligiga ta’siri va o`lchash vositalarining harorat natijasida kengayish darajasi haqida so`z boradi.

This study investigates the utilization of nano-composite hydrogels for the removal of methyl violet from aqueous solutions, leveraging a Fenton-like reaction mechanism. The nano-composite hydrogel demonstrated exceptional efficiency in dye removal, attributed to the synergistic effects of the hydrogel matrix and the catalytic activity of embedded nano-particles. This process generates hydroxyl radicals under mild conditions, leading to the effective breakdown of various industrial dyes. The kinetics of dye removal, the reusability of the nano-composite, and the influence of operational parameters such as different amounts of nano-composite, pH, , temperature, and dye concentration were systematically explored. The findings underscore the potential of nano-composite hydrogel as a promising, environmentally friendly solution for wastewater treatment and dye removal.