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Дошкольная педагогика

B учебном пособии представлена личностно-ориентированная модель воспитания и развития дошкольников. Рассматриваются цели и задачи педагигики с учетим возрастных особенностей дошкольников; анализируется специфика процессов обучения и воспитания в дошкольном образовательном учреждении. Особое внимание автори уделяют вопросам организации деятельности педагогического коллектива, формированию личности воспитателя.

Оилада болаларни маънавий-аҳлоқий тарбиялашда миллий қадриятлар

Ушбу монографияда Шарқ мутафаккирларининг таълимоти, исломдаги оила ҳамда оилавий тарбияга муносабатларнинг болаларни камолотга етказишдаги ўрни, шунингдек, халқ педагогикаси манбаларининг тарбиявий имкониятлари илмий-назарий жиҳатдан таҳлил қилинган.

Органическая электрохимия. Кн. 2

Фундаментальный труд, посвященный электрохимическим процессам с участием органических соединений. Освещены основные аспекты в быстро развивающейся области науки – теоретические и методические основы электросинтеза, электрохимическое поведение соединений основных классов, основные типы их превращений с разрывом и образованием новых связей, лабораторные реакции и промышленные процессы, свойства и способы очистки используемых электролитов и растворителей. Для химиков-органиков и электрохимиков, инженеров-технологов, преподавателей вузов и аспирантов.

Management

All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written ermission of the publisher.

Multinational financial management

All rights reserved. No part o f this book may be reproduced, in any form or by any means, without permission in writing from the publisher.

Management

Angelo S. DeNisi is the B. Marie Oth Professor of Business at Texas A&M University, where he also serves as director of the Center for Human Resource Management and director of the M.S. program in human resource management.

Temirbeton va tosh konstruksiyalari

Darslikda temirbeton va tosh konstruksiyalari uchun ishlatiladigan materiallarning fizik-mexanik xarakteristikalari temirbeton va tosh konstruksiyalarini chegaraviy holatlar bo`yicha hisoblashning nazariy asoslari.

Jahon bozori konyunkturasi tahlili

"Jahon bozori konyunkturasi tahlili" fanidan tayyorlangan darslik talabalarni nazariy bilimlar, amaliy ko'nikmalar, zamonaviy jahon bozorida ro'y berayotgan hodisa va jarayonlarga uslubiy yondashuv hamda ularning ilmiy dunyoqarashini shakllantirish vazifalarini bajaradi.

D O N N I Q A Y T A I S H L A S H K O R X O N A L A R I N I N G T E X N O L O G I K J I H O Z L A R I

Darslikda donni qayta ishJash korxonalarida ishlab chiqarish jarayonlarining umumiy tavfsiloti, turli xil aralashmalardan lozalash mashinalari, donga suv-issiqlik bilan ishlov beradigan mashina apparatlar hamda don, yorma va omuxta yem mahsulotlarini maydalash va ulami yirikligi bo'yicha saralash, shuningdek qoplash qadoqlash uskunalarining vazifalari, ishlash prinsipi va konstruksiyalari to'liq ochib berilgan.

ДОНЛИ ЭКИНЛАРНИНГ БИОЛОГИЯСИ ВА ЕТИШТИРИШ ТЕХНОЛОГИЯСИ

Ушбу дарслик “Дончилик” мутахассислиги б^йича магистрлар учун мулжалланиб, таркибига дончиликни рйвожланиш жараёни, онтогенез боскичлари, донли экинларнннг ахамияти, экин майдони, етиштириш тарихи, ривожланиш шароити, физиологик, морфологик ва биологик хусусиятлари, касаллик ва зараркунандаларга чидамлилиги, навлари, етиштириш технологияси, хосил шаклланишни бошкариш усуллари, етиштириш технологияни махсулот сифатига таъсири, экологик махсулот етиштириш технологияси каби аълумотлар кирган.

ДИНШУНОСЛИК

Мазкур «Диншунослик» дарслиги асл манбалар асосида тузилган бўлиб, бутунлай янгича услуб ва мазмуни билан ушбу соҳада илгари ѐзилган дарсликлардан ажралиб туради. Шунга кўра, ушбу дарслик асосида назарий ва амалий машғулотлар ўтишдан аввал тавсия этилган манба ва адабиѐтлар билан имкон қадар кенгроқ танишиб чиқиш мақсадга мувофиқдир.

Digital simulation in electrochemistry

This book is an extensive revision of the earlier 2nd Edition with the same title, of 1988. The book has been rewritten in, I hope, a much more didactic manner. Subjects such as discretisations or methods for solving ordinary differential equations are prepared carefully in early chapters, and assumed in later chapters, so that there is clearer focus on the methods for partial differential equations. There are many new examples, and all programs are in Fortran 90/95, which allows a much clearer programming style than earlier Fortran versions.In the years since the 2nd Edition, much has happened in electrochemical digital simulation. Problems that ten years ago seemed insurmountable have been solved, such as the thin reaction layer formed by very fast homogeneous reactions, or sets of coupled reactions. Two-dimensional simulations are now commonplace, and with the help of unequal intervals, conformal maps and sparse matrix methods, these too can be solved within a reasonable time. Techniques have been developed that make simulation much more ancient, so that accurate results can be achieved in a short computing time.

Electrochemistry in nonaqueous solutions

A majority of chemical reactions are carried out in solution. The use of a solvent as reaction medium makes it easy to control reaction conditions such as temperature, pressure, pH, rate of mass transfer, and concentration of reactant. Water is the most popular solvent. However, by using appropriate non-aqueous solvents, substances that are insoluble in water can be dissolved, substances that are unstable in water remain stable, and chemical reactions that are impossible in water become possible. The reaction environments are markedly wider in non-aqueous solvents than in water. Most chemists are familiar with chemistry in aqueous solutions. However, the common sense in aqueous solutions is not always valid in non-aqueous solutions. This is also true for electrochemical measurements. Thus, in this book, special emphasis is placed on showing which aspects of chemistry in non-aqueous solutions are different from chemistry in aqueous solutions. Emphasis is also placed on showing the differences between electrochemical measurements in non-aqueous systems and those in aqueous systems. The importance of electrochemistry in non-aqueous solutions is now widely recognized by non-electrochemical scientists – for example, organic and inorganic chemists often use cyclic voltammetry in aprotic solvents in order to determine redox properties, electronic states, and reactivities of electroactive species, including unstable intermediates. This book will therefore also be of use to such non-electrochemical scientists.

Lotin tili va tibbiyot terminologiyasi

«Lotin tili va tibbiyot terminologiyasi» fani darsligi kasb-hunar kollejlari uchun tuzilgan o'quv dasturi asosida qayta ishlandi va to'ldirildi. Fonetika, harf va tovushlar tasnifi, odam skeleti va ichki a ’zolari, dori shakllari, dorivor o‘simlik qismlariga doir ma’lumotlar hamda nazorat ishlari variantlari kabi qismlar kiritildi. Ushbu darslikda tibbiy atamalarning yasalishi va ularning zamonaviy tibbiyot terminologiyasi (anatomik, davolash hamda dorishunoslik)da qo'llanilishi berilgan.

Modern Electrochemistry Vol.1

The textbook Modern Electrochemistry by Bockris and Reddy originated in the needs of students at the Energy Conversion Institute of the University of Pennsylvania in the late 1960s. People trained in variousdisciplines from mathematics to biology wanted to understand the new high-energy-density storage batteries and the doubling of the efficiency of energy conversion offered by fuel cells over heat engines. The task was to take a group that seemed to be above average in initiative and present electrochem istry well enough to meet their needs. The book turned out to be a great success. Its most marked characteristic was—is—lucidity. The method used was to start off at low level and then move up in a series of very small steps. Repetition is part of the technique and does not offend, for the lesson given each time is the same but is taught differently.

DIYQANSHILIQ ILIM IZERTLEW TIYKARLARI MENEN

DIYQANSHILIQ ILIM IZERTLEW TIYKARLAR SABAQLIQ SIPATINDA AGROXIMIYA