Peter Atkins Knihy

Vysokoškolská učebnice zahrnuje všechny současné poznatky z oboru. Je doplněna o příklady k probírané látce.

Autor ve své knize vysvětluje podstatu termodynamických zákonů, které řídí vše, co se děje ve vesmíru. S minimálním využitím matematického aparátu provází čtenáře po představách o vlastnostech energie a jejích přeměnách v jiné formy, o entropii, volné energii i nedosažitelnosti absolutní (termodynamické) nuly. S pomocí těchto zákonů dochází k neodvratitelnému závěru, že vesmír musí jednoho dne zemřít.

Peter Atkins, vynikající chemik a autor populárně-vědeckých bestsellerů, bere čtenáře na fascinující pouť královstvím, z něhož je stvořen náš svět a my sami a které je přitom stále zahaleno tajemstvím – královstvím chemických prvků. Periodická tabulka prvků se podobá pozemské krajině, má svá pohoří, pouště, pobřeží a ostrovy, jezera i neprozkoumanou divočinu. Atkins vypráví, jak vědci zkoumají atomový svět a jak své poznatky třídí, hledají jejich hlubší souvislosti a obecné zákonitosti. Je to kniha plná neuvěřitelných skutečností, nádherné představivosti a bohatých obrazů. „Periodické království“ od čtenáře nevyžaduje žádnou předcházející znalost chemie, zato však čtenář nesmí doma zapomenout fantazii a schopnost přemýšlet.

The CELTA Course offers a comprehensive preparation program for the CELTA syllabus, endorsed by Cambridge ESOL. It features structured sections including input sessions covering learner contexts, teaching methods, and professional development, alongside teaching practice and classroom observation. The Trainee Book provides essential materials and guidance, while the Trainer's Manual offers strategies for effective teaching. An introductory questionnaire and a concluding review test ensure trainees grasp key concepts and terminology, enhancing their learning experience.

aspects of the learning process are fully supported, including the understanding of terminology, notation, mathematical concepts, and the application of physical chemistry to other branches of science." "Building on the heritage of the world-renowned Atkins' Physical Chemistry , Quanta, Matter, and Change gives a refreshing new insight into the familiar by illuminating physical chemistry from a new direction." --Book Jacket.

A non-mathematical and highly visual account of the concepts of quantum mechanics widely encountered in chemistry and related disciplines, now completely revised and updated, with many more illustrations.

Explains how diagrams are used to represent chemical bonds, and describes the structure and characteristics of molecules encountered in everyday life

Molecular Quantum Mechanics explores the principles of quantum mechanics as they relate to matter, including atomic and molecular structures. The book features clear explanations, illustrations, and updated computational techniques. It includes an Online Resource Centre with interactive worksheets and solutions for students and instructors.

Previous ed published: 1989 Periodic table and text on lining papers Includes index and appendices.

Atkins' Physical Chemistry remains the benchmark of achievement for a chemistry degree throughout the world. The judicious choice of topics, the clear writing style of both authors, and the careful exposition of maths, reaffirm the book's position as market leader. In the eighth edition the authors provide a more compact presentation through the careful restructuring and redistribution of material. The coverage of introductory topics has been streamlined, and later topics rationalized, bringing into sharper focus the scope of the text to mirror the needs of today's students and lecturers. Mathematics remains an intrinsic yet challenging part of physical chemistry; the new edition offers greater explanation and support, to ensure that students can master the important mathematical principles, without sacrificing the rigour and depth of its mathematical content.

Mastering the fundamentals of physical chemistry is a challenge for many. This edition is designed to attain a thorough understanding of this vital branch of chemistry.

The laws of thermodynamics drive everything that happens in the universe. From the sudden expansion of a cloud of gas to the cooling of hot metal--everything is moved or restrained by four simple laws. Written by Peter Atkins, one of the world's leading authorities on thermodynamics, this powerful and compact introduction explains what these four laws are and how they work, using accessible language and virtually no mathematics. Guiding the reader a step at a time, Atkins begins with Zeroth (so named because the first two laws were well established before scientists realized that a third law, relating to temperature, should precede them--hence the jocular name zeroth), and proceeds through the First, Second, and Third Laws, offering a clear account of concepts such as the availability of work and the conservation of energy. Atkins ranges from the fascinating theory of entropy (revealing how its unstoppable rise constitutes the engine of the universe), through the concept of free energy, and to the brink, and then beyond the brink, of absolute zero. About the Series: Combining authority with wit, accessibility, and style, Very Short Introductions offer an introduction to some of life's most interesting topics. Written by experts for the newcomer, they demonstrate the finest contemporary thinking about the central problems and issues in hundreds of key topics, from philosophy to Freud, quantum theory to Islam.

In this Very Short Introduction Peter Atkins inspires us to look at chemistry through new eyes. Considering the remarkable achievements chemistry has made, he presents a fascinating, clear, and rigorous exploration of the world of chemistry - its structure, core concepts, and contributions to the material comfort and culture of the modern world.

Illustrated with vibrant new full-color images on every page, this book offers a compact and engaging exploration of chemistry. It begins with the well-known formula for water, H2O, highlighting its surprisingly complex nature. Water is unique in that its solid form is less dense than its liquid, allowing ice to float. It plays a crucial role in many chemical reactions due to its properties as an excellent solvent, capable of dissolving gases and solids. The author explains that water is chemically aggressive, capable of reacting with and breaking down dissolved compounds, and details the molecular changes that occur when water freezes and melts. The narrative expands to cover essential chemical processes such as precipitation, combustion, reduction, corrosion, electrolysis, and catalysis. These foundational concepts are then connected to more intricate processes like photosynthesis, radical polymerization, vision, enzyme control, and synthesis. The author, a distinguished chemist with decades of teaching experience at Oxford, presents this material in a clear and accessible manner. This beautifully illustrated volume provides an insightful introduction to the fascinating world of chemistry in just a few hundred lively pages.

Galileo's Finger is quite simply the best introduction to modern scientific concepts that has ever been written. Taking its cue from C.P. Snow's remark that 'not knowing the second law of thermodynamics is like never having read a work by Shakespeare', by reading this book you will become literate in modern science. The ten great ideas it introduces with brilliant imagery range from natural selection through quantum theory to curved spacetime.

The CELTA Course is the only CELTA preparation course endorsed by Cambridge ESOL. It provides full coverage of the CELTA syllabus in a ready-to-use course. The CELTA Course is divided into user-friendly sections: * Input sessions (40 units on 'The learners and their contexts', 'Classroom teaching', 'Language awareness', and 'Professional development') * Teaching practice * Classroom observation * Written assignments and tutorials * 'Resource file' The Trainee Book includes a range of material to be used in input sessions, helpful advice about the course, and a wealth of useful reference material. The Trainer's Manual includes suggestions on how to best use the material with trainees, as well as help and advice on how to prepare trainees for teaching practice, lesson observations, written assessment and tutorials.

Learning to Teach English is an easy-to-use introduction to English language teaching and is ideal for new teachers or those preparing for courses leading to qualifications such as Cambridge English's CELTA and TKT, or Trinity College London's CertTESOL. DELTA Augmented: recordings of real lessons, the teachers' comments on those lessons, and their tips ondeveloping as a teachereven more activities for teachers to use in the classroom Try it out! sections that support ongoing development and reflection after traininga bank of short activitiesa glossary of key teaching terms

The CELTA Course provides full coverage of the CELTA syllabus and is endorsed by Cambridge ESOL.

Inorganic chemistry is a crucial pillar of undergraduate chemistry education. The fourth edition of this text reaffirms its importance by offering enhanced stimulation, insights, and support for students to grasp the fundamentals. The new author team, with a strong background in teaching and research, has completely revised the book to improve accessibility. They have expanded explanations, adopted a less formal writing style, and assumed a lower level of mathematical and chemical knowledge, while maintaining the depth and rigor of previous editions. Coverage of the chemistry of the elements has been extended, providing a solid framework for students' understanding. The new edition aims to inspire students with 'Frontiers' chapters on contemporary topics such as materials science, nanotechnology, biological inorganic chemistry, and environmental chemistry. These chapters, along with real-life examples, encourage engagement with the subject. The text features a new full-color design to further stimulate and engage students. An Online Resource Centre complements the book, offering 3D rotating molecular models, electronic illustrations, web links, and additional questions, with a solutions manual available for adopters.

Drei in einem: Lernerfolg, Lesevergnügen und zündende Ideen garantiert dieses Lehrbuch für Allgemeine und Anorganische, Organische und Physikalische Chemie Schülern, Lehrer, Studenten, Professoren, Naturwissenschaftler aller Fächer und interessierten Laien.

Schöpfung ohne Schöpfer - Was war vor dem Urknall? - bk2080; Rowohlt Verlag; Peter W. Atkins; Paperback; 1985

Peter Atkins revolutioniert das Lernen in der Physikalischen Chemie mit seinem lebendigen Stil und innovativer Didaktik. Die 5. Auflage bietet 15 Fokus-Kapitel, die Verbindungen zwischen Themen aufzeigen. Mit Beispielen, Tests und einem neuen Arbeitsbuch ist es ein unverzichtbares Werk für Einsteiger.

Alle natürlichen Veränderungen unterliegen einem Gesetz. Es ist das zweite Gesetz der Thermodynamik. In diesem Band zeigt der angesehene Chemiker und Wissenschaftsautor P. W. Atkins, wie dieses eine, einfache Prinzip der Energieumwandlung für alle natürlichen Veränderungen verantwortlich ist. Der Erzählstrang reicht von der Dampfmaschine bis zum Atomzeitalter und ist voller lebendiger Beispiele, Ideen und Bilder – aber nahezu ohne Mathematik.

Woher kommen wir? Wohin gehen wir? Was sagt die Naturwissenschaft zu diesen Fragen und wie kann sie uns helfen, Antworten zu finden? Peter Atkins, Professor für Chemie an der Universität Oxford, Autor erfolgreicher Lehrbücher und Verfasser zahlreicher populärwissenschaftlicher Werke, untersucht in seinem Buch mit Witz und Verstand die Möglichkeiten und Grenzen von Wissenschaft. Schon der erste Satz zeigt seine originelle, gänzlich ehrfurchtslose Herangehensweise: »Die wissenschaftliche Methode ist in der Lage, jede nur mögliche Idee zu erhellen, selbst jene, die die Menschheit seit dem frühesten Aufleuchten des Bewusstseins geplagt haben und die das auch heute noch tun.« In fünf Kapiteln untersucht er aus diesem Blickwinkel die Grundfragen des Lebens und Seins, vom ›Anfang‹ über ›Entwicklung‹, ›Geburt‹ und ›Tod‹ bis zum ›Ende‹.

So werden auch komplizierte Rechenwege ohne weiteres verständlich: Schritt für Schritt werden die Lösungen der Aufgaben aus dem Lehrbuch vorgestellt, alle entscheidenden Schritte werden klar erläutert. Mit diesem Buch werden Klausuren in Physikalischer Chemie zum Kinderspiel. Thermodynamik? Quantentheorie? Kinetik? Spektroskopie? Alles kein Problem. Mit dem bekannten didaktischen Geschick des erfahrenen Lehrbuchautors werden auch in diesem Buch selbst komplizierte Probleme auf einfache Weise erklärt. Ein Muß für jeden Studenten, der im Studium mit Physikalischer Chemie zu tun hat!