Products related to Chemistry:
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Renewable Energy & Green Technology
This book explains all the basic and advanced concepts of Renewable Energy. The explanation is in a very simple English language. Moreover, It covers the most probable objective and subjective questions and answers for practice.The explanations are very specific and exam-oriented too. All the UG, PG students, research scholars, and competitive exam aspirants can take the benefit from this book.
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Quinoa : Chemistry and Technology
Quinoa: Chemistry and Technology provides an overview of the chemistry, processing, and technology of quinoa grain and its components, covering the development of quinoa grain in different parts of the world for food production, including its structure, molecular and chemical composition, milling properties, processing characteristics, and food products.Increasing demand for plant-based, gluten-free foods that are nutritious, healthy, sustainable, and affordable has caused quinoa cultivation to expand to over 70 countries due to its attractive nutritional and food security properties.This practical resource is designed to support the development of quinoa in different sectors, such as the food industry.
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Beverages : technology, chemistry and microbiology
Beverages provides thorough and integrated coverage in a user-friendly way, and is the second of an important series dealing with major food product groups.It is an invaluable learning and teaching aid and is also of great use to the food industry and regulatory personnel.
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Fuel Additives : Chemistry and Technology
FUEL ADDITIVES Explore a complete and insightful review of fuel additives In Fuel Additives: Chemistry and Technology, petroleum industry chemist R.D. Tack delivers a comprehensive and practical exploration of various types of fuel additives, the problems they’re meant to address, what they do, their chemistries and preparations, and a discussion of how they work.The book introduces and summarizes refinery operations to an extent that discussions of fuels in the following chapters become easier to understand.Then follow detailed descriptions of problems that occur for reasons of the ways in which liquid petroleum fuels are transported, stored, and used.In these discussions, their applications to jet fuel, heating oils, gasoline, diesel fuels, and bunker fuels are covered.Fuel Additives: Chemistry and Technology also includes: A thorough overview of fuels, including discussions of refinery operations and processes and the application of fuel additivesAids to the transportation and storage of liquid petroleum fuels: practical discussions of stabilizers against oxidative degradation, drag reducers, static dissipators, anti-foamants, demulsifiers, de-icers, and biocidesComprehensive explorations of fuel detergents, including their chemistries and proposals to their mechanisms of actionIn-depth examinations of cold flow improvers, with detailed descriptions of the waxing problems that they solveCombustion improvers that improve the efficiencies of fuel combustion in engines, burners, and particulate filters—while also reducing emissionsAdditives that protect metal surfaces against wear, by providing lubricity, and corrosion Perfect for chemists working in the petroleum industry, Fuel Additives: Chemistry and Technology will also earn a place in the libraries of professionals working in related areas and seeking a quick understanding of topics such as oxidative stability, corrosion, or wax crystallization since 1974.
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Is solar energy renewable?
Yes, solar energy is renewable because it is derived from the sun, which is a virtually limitless source of energy. The sun's energy is constantly being replenished and will continue to do so for billions of years. This makes solar energy a sustainable and renewable source of power that can be harnessed for electricity generation and other applications.
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What are non-renewable resources in chemistry?
Non-renewable resources in chemistry are substances that are finite in quantity and cannot be easily replenished within a human lifetime. These resources are typically extracted from the Earth's crust and include fossil fuels such as coal, oil, and natural gas, as well as minerals like copper, gold, and uranium. The extraction and use of non-renewable resources can have negative environmental impacts, such as air and water pollution, habitat destruction, and greenhouse gas emissions. As these resources are depleted, it is important to find sustainable alternatives to meet our energy and material needs.
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What is ionization energy in chemistry?
Ionization energy in chemistry is the amount of energy required to remove an electron from an atom or ion in the gaseous state. It is a measure of how tightly an electron is held by an atom. The higher the ionization energy, the more difficult it is to remove an electron from the atom, indicating a stronger attraction between the electron and the nucleus. Ionization energy is an important concept in understanding the reactivity and chemical behavior of elements.
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What is resonance energy in chemistry?
Resonance energy in chemistry refers to the stabilization of a molecule through the delocalization of electrons. It occurs when a molecule can be represented by multiple Lewis structures, known as resonance structures, that differ only in the arrangement of electrons. The actual structure of the molecule is a hybrid of these resonance structures, resulting in a more stable molecule. Resonance energy is the difference in energy between the most stable resonance structure and the actual hybrid structure.
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Chemistry : Energy, Matter, and Change
Providing a holistic overview of general chemistry and its foundational principles, this textbook is an essential accompaniment to students entering the field.It is designed with the reader in mind, presenting the historical development of ideas to frame and center new concepts as well as providing primary and summative sources for all topics covered.These sources help to provide definitive information for the reader, ensuring that all information is peer-reviewed and thoroughly tested. Features:The development of key ideas is presented in their historical contextAll information presented is supported through citations to chemical literatureProblems are incorporated throughout the text and full, worked-out solutions are presented for every problemInternational Union of Pure and Applied Chemistry style and technical guidelines are followed throughout the textThe problems, text, and presentation are based on years of classroom refinement of teaching pedagogyThis textbook is aimed at an advanced high school or general college audience, aiming to engage students more directly in the work of chemistry. William Tucker’s passion for chemistry was inspired by his high school teacher Gary Osborn.He left Maine to pursue Chemistry at Middlebury College, and after graduating in 2010 he decided to pursue a PhD in Organic Chemistry at the University of Wisconsin-Madison.At the University of Wisconsin-Madison, he worked in the laboratory of Dr. Sandro Mecozzi, where he developed semifluorinated triphilic surfactants for hydrophobic drug delivery.After earning his PhD in 2015, he took a fellowship at Boston University as a Postdoctoral Faculty Fellow.There he co-taught organic chemistry while working in the laboratory of Dr. John Caradonna. In the Caradonna l boratory, he worked on developing a surface-immobilized iron-oxidation catalyst for the oxidation of C–H bonds using dioxygen from the air as the terminal oxidant.Throughout all of this work, his passion has always been for teaching and working with students both in and out of the classroom.He has been lucky for the past six years to work at Concord Academy, where his students have, through their questions, pushed him to think deeper and more critically about chemistry.Their curiosity inspires him, and their inquisitiveness inspired his writing.
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Chemistry : Energy, Matter, and Change
Providing a holistic overview of general chemistry and its foundational principles, this textbook is an essential accompaniment to students entering the field.It is designed with the reader in mind, presenting the historical development of ideas to frame and center new concepts as well as providing primary and summative sources for all topics covered.These sources help to provide definitive information for the reader, ensuring that all information is peer-reviewed and thoroughly tested. Features:The development of key ideas is presented in their historical contextAll information presented is supported through citations to chemical literatureProblems are incorporated throughout the text and full, worked-out solutions are presented for every problemInternational Union of Pure and Applied Chemistry style and technical guidelines are followed throughout the textThe problems, text, and presentation are based on years of classroom refinement of teaching pedagogyThis textbook is aimed at an advanced high school or general college audience, aiming to engage students more directly in the work of chemistry. William Tucker’s passion for chemistry was inspired by his high school teacher Gary Osborn.He left Maine to pursue Chemistry at Middlebury College, and after graduating in 2010 he decided to pursue a PhD in Organic Chemistry at the University of Wisconsin-Madison.At the University of Wisconsin-Madison, he worked in the laboratory of Dr. Sandro Mecozzi, where he developed semifluorinated triphilic surfactants for hydrophobic drug delivery.After earning his PhD in 2015, he took a fellowship at Boston University as a Postdoctoral Faculty Fellow.There he co-taught organic chemistry while working in the laboratory of Dr. John Caradonna. In the Caradonna l boratory, he worked on developing a surface-immobilized iron-oxidation catalyst for the oxidation of C–H bonds using dioxygen from the air as the terminal oxidant.Throughout all of this work, his passion has always been for teaching and working with students both in and out of the classroom.He has been lucky for the past six years to work at Concord Academy, where his students have, through their questions, pushed him to think deeper and more critically about chemistry.Their curiosity inspires him, and their inquisitiveness inspired his writing.
Price: 155.00 £ | Shipping*: 0.00 £ -
Renewable Energy and Sustainability : Prospects in the Developing Economies
Renewable Electricity and Sustainability: Prospects in Developing Economies is the first book of its kind to be dedicated entirely to the needs of emerging economies.It provides readers with a comprehensive review of current renewable energy technologies, their status in emerging economies, and the potential for sustainable renewable electricity generation in those countries.A multidisciplinary approach is used to assess the needs and challenges of each region, which is supported by quantitative analyses of the current and future potential for renewable electricity generation.Real-world examples are also provided from the respective electricity sectors of each region. This resource is a unique reference for graduates and researchers on the social, technical and economic landscape of renewable energy in emerging economies and would also be useful to NGO’s and policymakers in developing countries or those working in sustainable development.
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OCR AS/A Level Year 1 Chemistry A Workbook: Energy; Core organic chemistry
Exam Board: OCR Level: A-Level Subject: Chemistry First Teaching: September 2015 First Exam: Summer 2016Create confident, literate and well-prepared students with skills-focused, topic-specific workbooks. Our Student Workbooks build students' understanding, developing the confidence and exam skills they need, whilst providing ready prepared lesson solutions. - Supplements key resources such as textbooks to adapt easily to existing schemes of work- Offers time-saving and economical lesson solutions for both specialist and non-specialist teachers- Provides flexible resource material to reinforce and apply topic understanding throughout the course, as classwork or extension tasks, or for revision- Creates opportunities for self-directed learning and assessment with answers to tasks and activities supplied online- Prepares students to meet the demands of the specification by practising exam technique and developing their literacy skills
Price: 5.99 £ | Shipping*: 3.99 £
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What is solar energy and how is it used in solar technology?
Solar energy is the radiant light and heat from the sun that is harnessed using a range of technologies, such as solar panels, to generate electricity or heat water. Solar technology uses photovoltaic cells to convert sunlight into electricity, which can be used to power homes, businesses, and even entire cities. Additionally, solar thermal technology uses the sun's heat to generate steam, which can then be used to drive turbines and produce electricity. Overall, solar energy is a clean and renewable source of power that is increasingly being used to reduce reliance on fossil fuels and combat climate change.
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Which form of renewable energy is more effective: magnetic field or solar?
It is difficult to compare the effectiveness of magnetic field and solar energy as they are used for different purposes. Magnetic field energy is often used in the generation of electricity through devices like magnetic generators, while solar energy is harnessed through solar panels to produce electricity. Both forms of renewable energy have their own advantages and limitations, and their effectiveness depends on factors such as location, availability of resources, and technology. Ultimately, the choice between magnetic field and solar energy depends on the specific needs and conditions of the project or application.
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Does high energy in chemistry mean unstable?
High energy in chemistry does not necessarily mean unstable. While high energy states can be associated with instability, such as in the case of highly reactive molecules or compounds, there are also examples of high energy molecules that are stable, such as certain polymers or energetic materials. The stability of a molecule is determined by a combination of factors, including its structure, bonding, and overall energy content.
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What is the activation energy in chemistry?
Activation energy in chemistry is the minimum amount of energy required for a chemical reaction to occur. It is the energy barrier that must be overcome for the reaction to proceed. This energy is needed to break the existing chemical bonds in the reactants and to initiate the formation of new bonds in the products. The activation energy can be thought of as the "push" needed to start a reaction, and it is an important factor in determining the rate of a chemical reaction.
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