ALevelResources

Alcohol production

Organic

–

Alcohols

AS

Elimination

Organic

–

Alcohols

AS

Oxidation of alcohols

Organic

–

Alcohols

AS

Modification of alkanes by cracking

Organic

–

Alkanes

AS

Combustion of alkanes

Organic

–

Alkanes

AS

Fractional distillation of crude oil

Organic

–

Alkanes

AS

Chlorination of alkanes

Organic

–

Alkanes

AS

Structure, bonding and reactivity

Organic

–

Alkenes

AS

Addition polymers

Organic

–

Alkenes

AS

Addition reactions of alkenes

Organic

–

Alkenes

AS

Relative atomic mass and relative molecular mass

Physical

–

Amount of Substance

AS

Empirical and molecular formula

Physical

–

Amount of Substance

AS

The ideal gas equation

Physical

–

Amount of Substance

AS

The Mole and Avogadro's Constant

Physical

–

Amount of Substance

AS

Balanced equations and associated calculations

Physical

–

Amount of Substance

AS

Fundamental particles

Physical

–

Atomic Structure

AS

Mass number and isotopes

Physical

–

Atomic Structure

AS

Electron configuration

Physical

–

Atomic Structure

AS

Metallic bonding

Physical

–

Bonding

AS

Bonding and physical properties

Physical

–

Bonding

AS

Ionic bonding

Physical

–

Bonding

AS

Nature of covalent and dative covalent bonds

Physical

–

Bonding

AS

Forces between molecules

Physical

–

Bonding

AS

Shapes of simple molecules and ions

Physical

–

Bonding

AS

Bond polarity

Physical

–

Bonding

AS

Applications of Hess’s law

Physical

–

Energetics

AS

Calorimetry

Physical

–

Energetics

AS

Bond enthalpies

Physical

–

Energetics

AS

Enthalpy change

Physical

–

Energetics

AS

Equilibria & Le Chatelier

Physical

–

Equilibria & Le Chatelier

AS

Equilibrium constant Kc

Physical

–

Equilibria & Le Chatelier

AS

Group 2: Alkaline Earth Metals

Inorganic

–

Grp 2: Alkaline Earth Metals

AS

Trends in properties

Inorganic

–

Grp 7 (17): The Halogens

AS

Uses of chlorine and chlorate(I)

Inorganic

–

Grp7 (17): The Halogens

AS

Nucleophilic substitution

Organic

–

Halogenoalkanes

AS

Elimination

Organic

–

Halogenoalkanes

AS

Ozone depletion

Organic

–

Halogenoalkanes

AS

Reaction mechanisms

Organic

–

Intro to Organic Chemistry

AS

Isomerism

Organic

–

Intro to Organic Chemistry

AS

Nomenclature

Organic

–

Intro to Organic Chemistry

AS

Effect of temperature on reaction rate

Physical

–

Kinetics

AS

Catalysts

Physical

–

Kinetics

AS

Collision theory

Physical

–

Kinetics

AS

Effect of concentration and pressure

Physical

–

Kinetics

AS

Maxwell–Boltzmann distribution

Physical

–

Kinetics

AS

Infrared spectroscopy

Organic

–

Organic Analysis

AS

Identification of functional groups

Organic

–

Organic Analysis

AS

Mass spectrometry

Organic

–

Organic Analysis

AS

Classification

Inorganic

–

Periodicity

AS

Physical properties of Period 3 elements

Inorganic

–

Periodicity

AS

Oxidation, Reduction & REDOX Equations

Physical

–

REDOX Equations

AS

The Ionic Product of Water, Kw

Physical

–

Acids & Bases

A2

Buffer Action

Physical

–

Acids & Bases

A2

pH curves, Titrations and Indicators

Physical

–

Acids & Bases

A2

Brønsted–Lowry Acid–Base Equilibria

Physical

–

Acids & Bases

A2

Definition and Determination of pH

Physical

–

Acids & Bases

A2

Weak Acids and Bases, Ka for weak acids

Physical

–

Acids & Bases

A2

Aldehydes & Ketones

Organic

–

Aldehydes and ketones

A2

Base Properties

Organic

–

Amines

A2

Preparation

Organic

–

Amines

A2

Nucleophilic Properties

Organic

–

Amines

A2

DNA

Organic

–

Amino Acids, Proteins & DNA

A2

Proteins

Organic

–

Amino Acids, Proteins & DNA

A2

Amino Acids

Organic

–

Amino Acids, Proteins & DNA

A2

Anticancer Drugs

Organic

–

Amino Acids, Proteins & DNA

A2

Enzymes

Organic

–

Amino Acids, Proteins & DNA

A2

Bonding

Organic

–

Aromatic Chemistry

A2

Electrophilic Substitution

Organic

–

Aromatic Chemistry

A2

Gibbs Free-Energy and Entropy Change

Physical

–

Born-Haber

A2

Born-Haber Cycles

Physical

–

Born-Haber

A2

Carboxylic Acids and Esters

Organic

–

Carboxylic acids & Derivatives

A2

Acylation

Organic

–

Carboxylic acids & Derivatives

A2

Chromatography

Organic

–

Chromatography

A2

Electrode Potentials

Physical

–

Electrode potentials & Cells

A2

Electrochemical Cells

Physical

–

Electrode potentials & Cells

A2

Commercial Applications

Physical

–

Electrode potentials & Cells

A2

Relating Lattice, Solution & Hydration Enthalpies

Physical

–

Enthalpy

A2

Equilibrium constant Kp

Physical

–

Equilibrium constant Kp

A2

NMR Spectroscopy

Organic

–

NMR Spectroscopy

A2

Optical Isomerism

Organic

–

Optical isomerism

A2

Organic Synthesis

Organic

–

Organic Synthesis

A2

Period 3 & their Oxides

Inorganic

–

Period 3

A2

Biodegradability and Disposal

Organic

–

Polymers

A2

Condensation Polymers

Organic

–

Polymers

A2

Rate Equations

Physical

–

Rate Equations

A2

Determining Rate Equations

Physical

–

Rate Equations

A2

Formation of Coloured Ions

Inorganic

–

Transition Metals

A2

General Properties of Transition Metals

Inorganic

–

Transition Metals

A2

Shapes of Complex Ions

Inorganic

–

Transition Metals

A2

Catalysts

Inorganic

–

Transition Metals

A2

Reactions of Ions in Aqueous Solution

Inorganic

–

Transition Metals

A2

Substitution Reactions

Inorganic

–

Transition Metals

A2

Variable Oxidation States

Inorganic

–

Transition Metals

A2

All A Level Chemistry Resources

Alcohol production

Elimination

Oxidation of alcohols

Modification of alkanes by cracking

Combustion of alkanes

Fractional distillation of crude oil

Chlorination of alkanes

Structure, bonding and reactivity

Addition polymers

Addition reactions of alkenes

Relative atomic mass and relative molecular mass

Empirical and molecular formula

The ideal gas equation

The Mole and Avogadro's Constant

Balanced equations and associated calculations

Fundamental particles

Mass number and isotopes

Electron configuration

Metallic bonding

Bonding and physical properties

Ionic bonding

Nature of covalent and dative covalent bonds

Forces between molecules

Shapes of simple molecules and ions

Bond polarity

Applications of Hess’s law

Calorimetry

Bond enthalpies

Enthalpy change

Equilibria & Le Chatelier

Equilibrium constant Kc

Group 2: Alkaline Earth Metals

Trends in properties

Uses of chlorine and chlorate(I)

Nucleophilic substitution

Elimination

Ozone depletion

Reaction mechanisms

Isomerism

Nomenclature

Effect of temperature on reaction rate

Catalysts

Collision theory

Effect of concentration and pressure

Maxwell–Boltzmann distribution

Infrared spectroscopy

Identification of functional groups

Mass spectrometry

Classification

Physical properties of Period 3 elements

Oxidation, Reduction & REDOX Equations

The Ionic Product of Water, Kw

Buffer Action

pH curves, Titrations and Indicators

Brønsted–Lowry Acid–Base Equilibria

Definition and Determination of pH

Weak Acids and Bases, Ka for weak acids

Aldehydes & Ketones

Base Properties

Preparation

Nucleophilic Properties

DNA

Proteins

Amino Acids

Anticancer Drugs

Enzymes

Bonding

Electrophilic Substitution

Gibbs Free-Energy and Entropy Change

Born-Haber Cycles

Carboxylic Acids and Esters

Acylation

Chromatography

Electrode Potentials

Electrochemical Cells

Commercial Applications

Relating Lattice, Solution & Hydration Enthalpies

Equilibrium constant Kp

NMR Spectroscopy