Name: AQA Smart GCSE Chemistry: AQA Smart GCSE Chemistry Teacher Handbook
Price: 186.3 USD
ISBN: 9781382074896

Oxford University Press

Kristy Turner

AQA Smart GCSE Chemistry: AQA Smart GCSE Chemistry Teacher Handbook

US$ 186.30

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Description

Contents

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This AQA GCSE Chemistry Teacher Handbook (ebook edition) has been brought right up-to-date to meet the needs of today's science teachers. Subject- and non-subject specialists can be confident that this guide gives them what they need to pick-up-and-teach GCSE Chemistry lessons that will have a lasting impact on their students. This book is full of clear guidance and explanations, including topic overviews, common misconceptions, key terminology and ideas to help you to relate the content to relevant contexts and students' experiences.
Drawing on insights from current research, evidence-informed teaching strategies support your professional development. Use this along with the Biology and Physics AQA GCSE Science Teacher Handbooks, as well as the matching Student Books.
A print version of this book (9781382051453) is also available to buy separately.

Language

English

ISBN

9781382074896

Contents

Introduction

Six Pillars

Your Teacher Handbook

Identity

Assessment and reporting

Kerboodle

Metacognition

About the authors

1 Atoms, bonding, and calculations

C1 Atomic structure

C1.1 Atoms

C1.2 Chemical equations

C1.3 Separating mixtures

C1.4 Fractional distillation and paper chromatography

C1.5 History of the atom

C1.6 Structure of the atom

C1.7 Ions, atoms, and isotopes

C1.8 Electronic structures

C1 C1 Chapter closer

C5 Chemical changes

C5.1 The reactivity series

C5.2 Displacement reactions

C5.3 Extracting metals

C5.4 Salts from metals

C5.5 Salts from insoluble bases

C5.6 Making more salts

C5.7 Neutralisation and the pH scale

C5.8 Strong and weak acids

C5 C5 Chapter closer

C8 Rates and equilibrium

C8.1 Rate of reaction

C8.2 Collision theory and surface area

C8.3 The effect of temperature

C8.4 The effects of concentration and pressure

C8.5 The effect of catalysts

C8.6 Reversible reactions

C8.7 Energy and reversible reactions

C8.8 Dynamic equilibrium

C8.9 Altering conditions

C8 C8 Chapter closer

C12 Chemical analysis

C12.1 Pure substances and mixtures

C12.2 Analysing chromatograms

C12.3 Testing for gases

C12.4 C Tests for positive ions

C12.5 C Tests for negative ions

C12.6 C Instrumental analysis

C12 C12 Chapter closer

C2 The Periodic Table

C2.1 Development of the Periodic Table

C2.2 Electronic structures and the Periodic Table

C2.3 Group 1 - the alkali metals

C2.4 Group 7 - the halogens

C2.5 Explaining trends

C2.6 C The transition elements

C2 C2 Chapter closer

C3 Structure and bonding

C3.1 States of matter

C3.2 Atoms into ions

C3.3 Ionic bonding

C3.4 Giant ionic structures

C3.5 Covalent bonding

C3.6 Structure of simple molecules

C3.7 Giant covalent structures

C3.8 Fullerences and graphene

C3.9 Bonding in metals

C3.10 Giant metallic structures

C3.11 C Nanoparticles

C3.12 C Applications of nanoparticles

C3 C3 Chapter closer

C4 Chemical calculations

C4.1 Relative masses and moles

C4.2 Equations and calculations

C4.3 From masses to balanced equations

C4.4 C The yield of a chemical reaction

C4.5 C Atom economy

C4.6 Expressing concentrations

C4.7 C Titrations

C4.8 C Titration calculations

C4.9 C Volumes of gases

C4 C4 Chapter closer

2 Chemical reactions and energy changes

C6 Electrolysis

C6.1 Introduction to electrolysis

C6.2 Changes at the electrodes

C6.3 The extraction of aluminium

C6.4 Electrolysis of aqueous solutions

C6 C6 Chapter closer

C7 Energy changes

C7.1 Exothermic and endothermic reactions

C7.2 Using energy transfers from reactions

C7.3 Reaction profiles

C7.4 Bond energy calculations

C7.5 C Chemical cells and batteries

C7.6 C Fuel cells

C7 C7 Chapter closer

3 Rates, equilibrium, and organic chemistry

C9 Crude oil and fuels

C9.1 Hydrocarbons

C9.2 Fractional distillation of oil

C9.3 Burning hydrocarbon fuels

C9.4 Cracking hydrocarbons

C9 C9 Chapter closer

C10 C Organic reactions

C10.1 Reactions of the alkene

C10.2 Structures of alcohols, carboxylic acids, and esters

C10.3 Reactions and uses of alcohols

C10.4 Carboxylic acids and esters

C10 C10 Chapter closer

C11 C Polymers

C11.1 Addition polymerisation

C11.2 Condensation polymerisation

C11.3 Natural polymers

C11.4 DNA

C11 C11 Chapter closer

4 Analysis and the Earth’s resources

C13 The Earth’s atmosphere

C13.1 History of our atmosphere

C13.2 Our evolving atmosphere

C13.3 Greenhouse gases

C13.4 Global climate change

C13.5 Atmospheric pollutants

C13 C13 Chapter closer

C14 The Earth’s resources

C14.1 Finite and renewable resources

C14.2 Water safe to drink

C14.3 Treating waste water

C14.4 Extracting metals from ores

C14.5 Life cycle assessments

C14.6 Reduce, reuse, and recycle

C14 C14 Chapter closer

C15 C Using our resources

C15.1 Rusting

C15.2 Useful alloys

C15.3 The properties of polymers

C15.4 Glass, ceramics, and composites

C15.5 Making ammonia - the Haber process

C15.6 The economics of the Haber process

C15.7 Making fertilisers in the lab

C15.8 Making fertilisers in industry

C15 C15 Chapter closer

Answers

Appendix 1: The Periodic Table

Index