This bundle of resources contains 7 whole lessons which meet all learning outcomes for the higher tier, separate science modules within the ‘Quantitative Chemistry’ unit for the NEW AQA Chemistry Specification. Lessons included: Relative formula mass and moles Balancing equations and reacting masses Limiting reactants and percentage yield Atom economy HT Concentration and titrations Titration practical and calculations HT Volume of gases The lessons contain a mix of differentiated activities, progress check and exam questions plus more than one opportunity, per lesson, for self/peer red-pen assessment of tasks.

This resource contains 3 revision mats for the required practicals in the Chemistry section of the new AQA Science Trilogy paper 1. Answer sheets have been added. They contain questions about methodology, scientific enquiry and analysis of results. These can be given after teaching the required practical, homework or at the end of year 11 for revision before their exams. Required practicals included: Making Salts Electrolysis Temperature Changes My year 11s have found these particularly useful to go through in revision lessons and have taken extra home to use as revision tools. Please rate this resource. Other resources and revision mats can be found in my shop by clicking the following link: https://www.tes.com/teaching-resources/shop/cal-w11

This resource contains 3 revision mats for the required practicals in the Chemistry section of the new AQA Science Trilogy paper 2. Answer sheets have been added. They contain questions about methodology, scientific enquiry and analysis of results. These can be given after teaching the required practical, homework or at the end of year 11 for revision before their exams. Required practicals included: Rates of Reaction Chromatography Water Purification My year 11s have found these particularly useful to go through in revision lessons and have taken extra home to use as revision tools. Please rate this resource. You can also find our other bundles for the following: Biology Paper 1 Biology Paper 2 Biology Triple Physics Paper 1 Physics Paper 2 Chemistry Paper 1 Chemistry Paper 2 Other resources and revision mats can be found in my shop by clicking the following link: https://www.tes.com/teaching-resources/shop/cal-w11

This bundle covers all of the OCR A level chemistry specification section 4.1 (basic concepts and hydrocarbons) and 4.2 (alcohols, haloalkanes and analysis). The resources included are: Introduction to organic chemistry Naming hydrocarbons (includes quiz – A Question of naming alkanes) Functional groups – names and formulae Isomerism Organic reagents and types of reaction Introduction to alkanes Reactions of alkanes Alkenes Polymers from alkenes Chemistry of alcohols Haloalkanes Organic synthesis AS synthetic routes Infrared spectroscopy Mass spectrometry Identifying compounds from infrared and mass spectra Each topic includes a fully interactive PowerPoint including starter, group activities, questions and plenary along with a worksheet. Answers to all exercises are provided. Some of the resources include a PowerPoint quiz and all are ideal for classroom or home learning. This bundle is part of a series covering the OCR AS Chemistry specification and relates to the following sections: Module 4– Core organic chemistry Part 1 – Basic concepts and hydrocarbons (all) Part 2 - Alcohols, haloalkanes and analysis (all) Please review! Content covered: Introduction to organic chemistry • Why carbon is special • Bonding in organic compounds • Different types of formulae • Types of organic compounds • Functional groups and homologous series Naming hydrocarbons • Application of IUPAC rules of nomenclature for systematically naming organic compounds • Naming alkanes and cycloalkanes • Naming branched alkanes • Naming alkenes and branched alkenes Quiz – A Question of naming alkanes Functional groups – names and formulae • Application of IUPAC rules of nomenclature for systematically naming organic compounds • Practice naming organic compounds including those with functional groups • Revision of empirical and molecular formula and how to calculate them • Formulae of compounds with functional groups Displayed formula Structural formula Skeletal formula Isomerism • Shapes of alkanes (with model building) • Definitions of structural isomers, stereoisomers, E/Z isomers and cis-trans isomers • Classification of isomers with examples • Structural isomers including chain, position and functional group isomers • Shapes of alkenes (with model building) • Restricted rotation around the C=C double bond • Stereoisomers – E/Z and cis-trans isomers • Animated illustrations of E/Z isomers • Criteria for E/Z isomerism and for cis-trans isomerism with examples and learning check • Cahn-Ingold-Prelog rules for naming E/Z isomers with examples Organic reagents and types of reaction • Ways of breaking covalent bonds Homolytic fission Heterolytic fission • Types of organic reagents and their reactions Nucleophiles Electrophiles Radicals • Introduction to mechanisms • Curly arrows • Types of reaction Addition Substitution Elimination • Classification of reactions Introduction to alkanes Sources and uses of alkanes Definitions of fossil fuels and crude oil Uses of alkanes as fuels Bonding in alkanes Formation and rotation of sigma bonds Shapes of alkanes Intermolecular forces in alkanes in terms of non-polar molecules Melting and boiling points of alkanes in terms of London forces Effect of chain length and branching on London forces Reactions of alkanes Reactivity of alkanes Combustion of alkanes – complete and incomplete Balancing combustion equations Radicals and dot-and-cross diagrams Radical chain reactions Radical substitution of alkanes by halogens Mechanism including initiation, propagation and termination Limitations to the use of radical substitution in synthesis of halogenoalkanes Alkenes Structure and reactivity of alkenes The nature of the double bond – sigma and pi bonds Explanation of restricted rotation around C=C Shape of ethene in terms of electron pair repulsion theory Addition reactions of alkenes Reactions of ethene and propene including addition of halogens, steam, hydrogen halides and hydrogen Test for alkenes with aqueous bromine Catalytic addition of hydrogen - mechanism Margarine manufacture Definition of electrophile Electrophilic addition mechanism Addition of HX to unsymmetrical alkenes - Markownikoff’s rule and explanation Polymers from alkenes Meaning of the terms addition polymer and monomer the formation of poly(ethene) General equation for polymer formation Identifying the monomer from the repeat unit of the monomer Disposal of waste polymers by recycling, cracking and combustion Bioplastics Biodegradable polymers Photodegradable polymers Chemistry of alcohols Comparing methods of making ethanol Naming alcohols Physical properties of alcohols, in terms of hydrogen bonding Primary, secondary and tertiary alcohols Substitution reaction of alcohols Oxidation of alcohols Elimination (dehydration) reaction of alcohols Reactions of primary, secondary and tertiary alcohols Animated mechanisms Reaction classification Reagents and conditions Structural equations Key definitions Haloalkanes Naming haloalkanes Reactivity of haloalkanes general equation for polymer formation Uses of haloalkanes Nucleophilic substitution reactions of haloalkanes including hydrolysis Mechanism of nucleophilic substitution Experiment to compare rates of hydrolysis of different haloalkanes Explaining the different rates of hydrolysis Organohalogen compounds and the environment Destruction of ozone by CFCs Organic synthesis Revision of functional groups Techniques for preparation and purification of organic liquids Heating under reflux Distillation Separation of immiscible liquids using a separating funnel Use of drying agents Stages in the preparation and purification of an organic liquid Tests for functional groups Compounds with more than one functional group Strategies for organic synthesis with examples AS synthetic routes AS synthetic routes Animated mechanisms Key definitions Heating under reflux Distillation Reaction classification Reagents and conditions Structural equations Infrared spectroscopy Introduction to spectroscopy linked to the electromagnetic spectrum Meaning of wavenumber and transmittance Molecular vibrations Bond stretching Fingerprint region of spectrum Types and shapes of peaks Infrared and global warming The greenhouse effect and greenhouse gases Interpreting the infrared spectrum Examples of IR spectra with animated explanation linking peaks to structure Uses of infrared spectroscopy Mass spectrometry Animated diagram and description of a mass spectrometer Meaning of m/z Relative intensity Base peak Molecular ion M+1 peak Fragments Interpreting the mass spectrum Mass spectrum of ethanol Animations of formation of fragments from ethanol Summary of fragments for ethanol Examples of mass spectra with animated explanation linking peaks to structure Interpretation of mass spectrum of unknown compound leading to its identification Identifying compounds from infrared and mass spectra Calculating empirical formula from % composition Calculating molecular formula from empirical formula and molar mass, using the molecular ion peak on the mass spectrum Using the infrared (IR) spectrum to identify bond stretches and hence functional group(s) present Drawing structural formulae consistent with the molecular formula and IR data Using mass spectrum to distinguish between the suggested structural formulae Identifying fragments in the mass spectrum