AQA GCSE Chemistry Workbook: Higher

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Consolidation and revision support in one AQA GCSE Chemistry workbook

Series Editor Lawrie Ryan and Author Philippa Gardom Hulme

Suitable for: 14-16 For all schools following the 2016 AQA GCSE Sciences (9-1) specifications

Price: £8.50

ISBN: 978-0-19-842168-9
Publication date: 07/09/2017
Paperback: 152 pages
Dimensions: 297x210mm

Availability: In stock.

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Description

This workbook builds student confidence as they work through the AQA GCSE Chemistry course. This is a hands-on workbook with lots of activities that gradually build in difficulty. Once completed, each workbook contains personal notes and checklists to get exam preparation off to a great start.

Features

This workbook is the perfect companion for the series and supports your Higher students on their journey from KS3 to success at GCSE
Stretches and challenges students sitting higher tier in the 2016 AQA Chemistry GCSE
Topics follow the order of the Student Book, with carefully designed questions to help capture important notes as students work through the course
Plenty of engaging activities to help develop higher-order skills and deepen understanding of key concepts
Questions and activities specifically focussed on the maths and practical skills required for the exam
'I can' checklists to help students monitor their own progress
Hints to help students answer difficult questions
UK schools save 40% on the RRP! The discount will be automatically applied when you order on your school account.

This page was last updated on 17 May 2024 at 20:30 GMT

Chapter 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 atoms
C1.6: Structure of the atoms
C1.7: Ions, atoms, and isotopes
C1.8: Electronic structures
Chapter 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: The transition elements
Chapter 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: Fullerenes and graphenes
C3.9: Bonding in metals
C3.10: Giant metallic structures
C3.11: Nanoparticles
C3.12: Applications of nanoparticles
Chapter C4 Chemical calculations
C4.1: Relative masses and moles
C4.2: Equations and calculations
C4.3: From masses to balanced equations
C4.4: The yield of a chemical reactions
C4.5: Atom economy
C4.6: Expressing concentrations
C4.7: Titrations
C4.8: Titration calculations
C4.9: Volumes of gases
Chapter 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
Chapter 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
Chapter 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: Chemical cells and batteries
C7.6: Fuel cells
Chapter 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 effect 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
Chapter C9 Crude oil and fuels
C9.1: Hydrocarbons
C9.2: Fractional distillation of oil
C9.3: Burning hydrocarbon fuels
C9.4: Cracking hydrocarbons
Chapter C10 Chemical analysis
C10.1: Reactions of alkenes
C10.2: Structures of alcohols, carboxylic acids, and esters
C10.3: Reactions and uses of alcohols
C10.4: Carboxylic acids and esters
Chapter C11 Polymers
C11.1: Addition polymerisation
C11.2: Condensation polymerisation
C11.3: Natural polymers
C11.4: DNA
Chapter C12 Chemical analysis
C12.1: Pure substances and mixtures
C12.2: Analysing chromatograms
C12.3: Testing for gases
C12.4: Tests for positive ions
C12.5: Tests for negative ions
C12.6: Instrumental analysis
Chapter 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: Atomspheric pollutants
Chapter C14 The Earth's resources
C14.1: Finite and renewable resources
C14.2: Water saafe to drink
C14.3: Treating waste water
C14.4: Extracting metals from ores
C14.5: Life Cycle Assessments
C14.6: Reduce, reuse, and recycle
Chapter C15 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