International A Level Chemistry Edexcel Course

International A Level Chemistry Pearson Edexcel

Chemistry supports progression onto university in degrees such as Medicine and Dentistry. You will receive up to 56 UCAS points and expert guidance applying to Universities worldwide including the UK.
International A Level Chemistry Edexcel Course

Enrolment Fee £495

Overview

The International A Level Chemistry Online course with Learn Now follows the Pearson Edexcel (YCH11) specification and is equivalent to the qualification you would achieve if attending mainstream college. Once completed, you will obtain UCAS points which will support progression to university in degrees such as Medicine, Forensics, Dentistry and Geology.

This course would suit adult learners returning to education, students resitting exams or studying alongside other commitments, and learners looking to be accepted into University.

Please note that the Pearson Edexcel specification is 100% exam based.  There will be no science practical endorsement to complete with this course as everything is examined through written assessment.

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Syllabus

This International A Level Chemistry Course with Edexcel will enable you to gain an essential knowledge and understanding of different areas of Chemistry.

Chemistry is the branch of science that studies the composition, structure, properties, and change of matter. It focuses on elements and compounds, which are made up of atoms, molecules, and ions, and how they interact and transform.  You will also learn a variety of practical, mathematical and problem-solving skills.

IAS Modules

For IAS Chemistry, the course will build on a foundational understanding of physical and organic chemistry. You will begin with writing chemical formulae, balancing equations and calculating moles.  You will then explore atomic structure and the periodic table to see how electron configurations affect chemical behaviour.  The topic will then lead onto bonding and structure which covers ionic, covalent and metallic bonding. 

The course will introduce organic chemistry, alkanes and alkenes.  In physical chemistry, you will learn about energetics and how they examine energy changes in reactions along with intermolecular forces and their interactions between molecules.

Redox chemistry and groups 1, 2 and 7 combine electron transfer with trends in elements.  You will also be provided with an introduction to kinetics and equilibria and finally, organic chemistry such as halogenoalkanes, alcohols and spectra.

  • 1A Atoms, elements and molecules
  • 1B.1 Writing chemical equations
  • 1B.2 Typical reactions of acids 
  • 1B.3 Displacement reactions
  • 1B.4 Precipitation reactions
  • 1C.1 Comparing masses of substances
  • 1C.2 Calculations involving moles 
  • 1C.3 Calculations using reacting masses
  • 1C.4 The yield of a reaction
  • 1C.5 Atom economy
  • 1D.1 Empirical formulae
  • 1D.2 Molecular formulae
  • 1E.1 Molar volume calculations
  • 1E.2 Concentrations of solutions
  • 1E.3 Concentrations in ppm
  • 2A.1 Structure of the atom and isotopes
  • 2A.2 Mass spectrometry and relative masses of atoms, isotopes and molecules
  • 2A.3 Atomic orbitals and electronic configurations
  • 2A.4 Ionisation energies
  • 2B.1 The Periodic Table
  • 2B.2 Periodic properties
  • 3A.1 The nature of ionic bonding
  • 3A.2 Ionic radii and polarisation of ions
  • 3A.3 Physical properties of ionic compounds
  • 3B.1 Covalent bonding
  • 3B.2 Electronegativity and bond polarity
  • 3B.3 Bonding in discrete (simple) molecules
  • 3B.4 Dative covalent bonds
  • 3C.1 Shapes of molecules and ions
  • 3C.2 Non-polar and polar molecules
  • 3D Metallic bonding
  • 3E.1 Introduction to solid lattices
  • 3E.2 Structure and properties
  • 4A.1-6 (1): 4A.1 What is organic chemistry?
  • 4A.2 Different types of formulae
  • 4A.4 Nomenclature
  • 4A.5 Structural isomerism
  • 4A.6 Types of reaction
  • 4A.1-6 (2): 4A.1 What is organic chemistry?
  • 4A.2 Different types of formulae
  • 4A.3 Functional groups and homologous series
  • 4A.5 Structural isomerism
  • 4A.6 Types of reaction
  • 4B.1 Alkanes from crude oil
  • 4A.7 Hazards, risks and risk assessments
  • 4B.2 Alkanes as fuels
  • 4B.3 Alternative fuels
  • 4B.4 Substitution reactions of alkanes
  • 5A.1 Alkenes and their bonding
  • 5A.2 Geometric isomerism
  • 5A.3 Addition reactions of alkenes
  • 5A.3 Addition reactions of alkenes
  • 5A.4i The mechanisms of addition reactions
  • 5A.3 Addition reactions of alkenes
  • 5A.4ii The mechanisms of addition reactions
  • 5B.1 Polymerisation reactions
  • 5B.2 Dealing with polymer waste
  • 6A Introducing enthalpy and enthalpy change
  • 6B Enthalpy level diagrams
  • 6C Standard enthalpy change of combustion
  • 6D Standard enthalpy change of neutralisation
  • 6E Standard enthalpy change of formation and Hess’s law
  • 6F Bond enthalpy and mean bond enthalpy,
  • 6G Using mean bond enthalpies
  • 7A Intermolecular interactions
  • 7B Intermolecular interactions and physical properties
  • 8A.1 Electron loss and gain
  • 8A.2 Assigning oxidation numbers
  • 8A.4 Oxidation numbers and nomenclature
  • 8A.3 Recognising reactions using oxidation numbers
  • 8A.5 Constructing full ionic equations
  • 8B.1 Trends in Groups 1 and 2
  • 8B.2 Reactions of Group 1 elements
  • 8B.3 Reactions of Group 2 elements
  • 8B.4 Oxides and hydroxides in Groups 1 and 2
  • 8B.5 Thermal stability of compounds in Groups 1 and 2
  • 8B.6 Flame tests and the test for ammonium ions
  • 8C.1 Trends in Group 7
  • 8C.2 Redox reactions in Group 7
  • 8C.3 Reactions of halides with sulfuric acid
  • 8C.4 Other reactions of halides
  • 8D.1 Making standard solutions
  • 8D.2 Doing titrations
  • 8D.2 Doing titrations,
  • 8D.3 Calculations from titrations
  • 8D.4 Mistakes, errors, accuracy and precision
  • 8D.5 Measurement errors and measurement uncertainties
  • 8D.6 Overall measurement uncertainty
  • 9A.1 Reaction rate, collision theory and activation energy
  • 9A.4 Effect of catalysts on rate of reaction
  • 9A.2 Effect of concentration, pressure and surface area on rate of reaction
  • 9A.3 Effect of temperature on rate of reaction
  • 9A.3 Effect of temperature on rate of reaction
  • 9A.4 Effect of catalysts on rate of reaction
  • 9B.1 Reversible reactions and dynamic equilibrium
  • 9B.2 Effect of changes in conditions on equilibrium composition
  • 9B.3 Reversible reactions in industry
  • 10B.1 Halogenoalkanes and hydrolysis reaction
  • 10B.3 Halogenoalkane reactions and mechanisms
  • 10A General principles in organic chemistry
  • 10B.2 Comparing the rates of hydrolysis reactions
  • 10 B.3 Halogenoalkane reactions and mechanisms
  • 10C.1 Alcohols and some of their reactions
  • 10C.2 Oxidation reactions of alcohols
  • 10C.3 Purifying an organic liquid
  • 10D.1 Mass spectrometry of organic compounds
  • 10D.2 Deducing structures from mass spectra
  • 10D.3 Infrared spectroscopy
  • 10D.4 Using infrared spectra

IA2 Modules

For IA2, you will build on year one content.  You will begin with kinetics and explore reaction rates, rate equations and mechanisms. You will also gain a deeper understanding of energy changes through the introduction of entropy and energetics.  This will link to chemical equilibria where equilibrium constants and the position of equilibrium are studied quantitively.

Organic chemistry extends to carbonyls, carboxylic acids and chirality.  This covers new functional groups, reaction pathways and stereochemistry.  Redox equilibria introduces electrode potentials and electrochemical cells.  Transition metals examines their unique properties, oxidation states and catalytic roles.  Finally, you will explore benzene, electrophilic substitution reactions and the chemistry of aromatic systems.

  • 11A.1 Techniques for measuring the rate of reaction
  • 11A.2 Rate equations, rate constants and orders of reaction
  • 11A.3 Determining orders of reaction
  • 11A.4 Rate equations and mechanisms
  • 11A.5 Activation energy and catalysis
  • 11A.6 Effect of temperature on the rate constant
  • 12A.1 Introduction to entropy
  • 12A.2 Total entropy
  • 12A.3 Understanding entropy changes
  • 12B.1 Lattice energy, ΔLEH, and Born–Haber cycles
  • 12B.2 Experimental and theoretical lattice energies
  • 12B.3 Enthalpy changes of solution and hydration
  • 13A.1–2 Equilibrium constant, Kc; Equilibrium constant, Kp
  • 13A.3–4 Factors affecting equilibrium constants 1–2
  • 13A.5 Relating entropy to equilibrium constants
  • 14A.1 The Brønsted–Lowry theory
  • 14A.2 Hydrogen ion concentration and the pH scale
  • 14A.3 Ionic product of water, Kw
  • 14A.4 Analysing data from pH measurements
  • 14B.1 Acid–base titrations, pH curves and indicators
  • 14B.2 Buffer solutions
  • 14B.3 Buffer solutions and pH curves
  • 15A.1–3 Chirality and enantiomers; Optical activity; Optical activity and reaction mechanisms
  • 15B.1–3 Carbonyl compounds and their physical properties; Redox reactions of carbonyl compounds; Nucleophilic addition reactions
  • 15C.1–2 Carboxylic acids and their physical properties; Preparations and reactions of carboxylic acids
  • 15D.1–2 Carboxylic acid derivatives: Acyl chlorides; Esters
  • 15D.3 Carboxylic acid derivatives: Polyesters
  • 15E.1 Simple chromatography
  • 15E.2 Determining structures using mass spectra
  • 15E.3–4 Chromatography: HPLC and GC; Chromatography and mass spectrometry
  • 15E.5–6 Principles of NMR spectroscopy; 13C NMR spectroscopy
  • 15E.7–8 1H NMR spectroscopy; Splitting patterns in 1H NMR spectra
  • 16A.1–2 Standard electrode (redox) potentials; Electrochemical cells
  • 16A.3 Standard electrode potentials and thermodynamic feasibility
  • 16B.1 Fuel cells
  • 16B.2 Redox titrations
  • 17A.1 Transition metal electronic configurations
  • 17A.2 Ligands and complexes
  • 17A.3 The origin of colour in complexes
  • 17A.4–6 Common shapes of complexes; Square planar complexes; Multidentate ligands
  • 17B.1–3 Different types of reactions; Reactions of cobalt and iron complexes; The chemistry of chromium
  • 17B.4–5 Reactions of manganese complexes; The chemistry of vanadium
  • 17B.6 Reactions of nickel and zinc complexes
  • 17C.1–2 Heterogeneous catalysis; Homogeneous catalysis
  • 18A.1 Benzene: a molecule with two models
  • 18A.2–3 Some reactions of benzene; Electrophilic substitution mechanisms
  • 18A.4 Phenol
  • 19A.1–3 Amines and their preparations; Acid–base reactions of amines; Other reactions of amines
  • 19A.4 Amides and polyamides
  • 19A.5–6 Amino acids; Peptides and proteins
  • 20A.1 Organic analysis
  • 20A.2 Organic synthesis
  • 20A.3 Hazards, risks and control measures
  • 20A.4–5 Practical techniques in organic chemistry – Parts 1 and 2

What can I do with an A Level in Chemistry?

These qualifications enable successful progression to further education courses in chemical sciences. Through Edexcel’s world-class qualification development process they have consulted with a number of universities in the UK, as well as internationally, to validate the appropriateness of these qualifications, including content, skills and assessment structure.

Our International Advanced Subsidiary and Advanced Levels in Chemistry sit within our wider subject offer for sciences. We also offer International Advanced Subsidiary and Advanced Levels in Biology, Physics and Psychology, and in Mathematics and Further Mathematics.

Previous Knowledge Required

There are no previous entry requirements for this course, however students are expected to have a reasonable standard of literacy. 

You have the freedom to start the course at any time and continue your studies at your own pace for a period of up to 24 months from initial registration with the full support of your Tutor.

Enrolment Fees

Our Enrolment fee for this course is noted at the top of this page where you can enrol directly onto the course.  This fee includes access to your course including tutor support for 2 years.

Our enrolment fee includes:

  • All study materials covering the full specification.
  • Full support where you can also message your tutor as many times as you need to.
  • Access to our online Library with a full range of eBooks.
  • Help completing university applications including UCAS and The Common Application.
  • Reference and predicted grade for University.
  • Assignment marking and feedback
  • Marked and graded practise examination papers
  • Eligibility for a Totum Card if you reside within the UK
  • Fast Track A Level if required and flexible learning from home 24/7.

The only other fee you will need to pay is for your exams which is due approximately six months prior and this will be paid directly to the exam centre.

Assessments

Students will be required to arrange and pay for their examinations at an Edexcel approved centre. We can provide an extensive list of these centres for you.

A Level Exams
There are six exams for the full A Level qualification.

Paper 1 Paper 1 Paper 1

Exam Paper 4 Paper 1   Paper 1 A Level Qualification

AS Level Exams
There are three exams for the AS Level qualification.

Paper 1 Paper 1 Paper 1 IAS Exams

Practical Assessment
It is really important to remember that the term practical skills covers a very wide range of requirements at A level. It does not mean just the ability to handle equipment in a school laboratory or know how to use some particular piece of apparatus. It ranges from using mathematics in a practical context to understanding how scientists investigate ideas, how they analyse their data and how they are very cautious when drawing conclusions.

Practical skills are assessed through a dedicated examination unit both at AS (Unit 3) and at A Level (Unit 6).

The practical assessment is by written exam only.  For further information, please click here

A Level Chemistry Course Outcome

On successful completion of all your exams for the A Level Chemistry Online Course, you will be awarded one of the following qualifications:

International A Level in Chemistry with Pearson Edexcel | International AS Level in Chemistry with Pearson Edexcel

Click here for more information about Pearson Edexcel and to be taken to their official website

Still unsure? Look through our FAQs

Some learner may struggle initially with Chemistry especially if they haven’t covered the subject at GCSE.  Chemistry can be tough due to the maths element (moles, equilibria, pH) and large range of topics to cover. 

If you are someone who likes patterns and logical thinking, are good with basic maths and able to be consistent with your revision, you should be able to tackle this subject.  Whilst some students do struggle initially, it generally all clicks into place later on.

You will not be required to purchase any books with this course.  We automatically include logins to our online e-Library which includes access to following eBook(s):

Pearson Edexcel International AS/A Level Chemistry Student Book 1 – Cliff Curtis (Pearson)

Pearson Edexcel International A Level Chemistry Lab Book – Cliff Curtis (Pearson)

Pearson Edexcel International A Level Chemistry Student Book 2 –  Cliff Curtis (Pearson)

Not see the book you are looking for? Ask us and we will let you know if we have it!

International A Level Mathematics – Maths can help with moles, calculations, equilibria and rates.  Topics like entropy and kinetics will be much easier if you have covered maths.

International A Level Biology – Biology overlaps with certain topics such as enzymes, proteins and pharmacology.  Pathways for both Biology and Chemistry lead to medicine, pharmacy or biomedical science.

The Pearson Edexcel Chemistry course can be taken worldwide except for the UK.  Content within the specification is adapted for international learners and the qualification is comparable to UK A Level standards.

There may be a few centres within the UK allowing you to take this specification but it is best to check with us beforehand. 

AS and A levels are standalone qualifications, however the Full A Level carries more UCAS points than the AS Level.  It also requires more study hours as follows:

  • AS Level = 180 hours
  • A Level = 360 hours
You will see the difference in the content above under ‘syllabus’ but you can also refer to our article on ‘what is as level’ for more information.

You will receive access and support for two years, however you can complete it much sooner if you want to.  Exams for this subject fall in January, June and October each year and therefore you are able to choose which exam sitting you want to apply for.  We have more information on exam timetables here.

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