Chemistry — A2 Level (9701)
How medicines are designed, how a lab identifies an unknown molecule, why some reactions happen on their own — A Level Chemistry is where chemistry stops being facts and starts being reasoning.
- Level
- A2 Level
- Syllabus
- Cambridge International · 9701
- Teacher
- Sara_Siddiqui
- Exam session
- June & November
- Format
- Live online classes
One-time payment
About this course
This course covers the Cambridge A2 Level Chemistry syllabus (9701), the second and final year of the A Level programme. Building on AS Level foundations, students will explore advanced physical chemistry including thermodynamics, electrode potentials, and reaction kinetics, alongside complex organic chemistry mechanisms and modern analytical techniques. This globally recognised qualification opens pathways to leading universities for degrees in medicine, pharmacy, chemical engineering, biochemistry, and materials science.
What is included
- Live online classes with your teacher
- Quizzes and assignments in your student portal
- Marks and feedback from your teacher
- Progress your parents can follow
Cambridge International AS & A Level Chemistry (9701)
Checked against the official Cambridge syllabus for exams in 2025, 2026 and 2027 — and unchanged in substance for 2028–2030
Quick facts
Topic map
AS Level
- 1Atomic structure
- 2Atoms, molecules and stoichiometry
- 3Chemical bonding
- 4States of matter
- 5Chemical energetics
- 6Electrochemistry
- 7Equilibria
- 8Reaction kinetics
- 9The Periodic Table: chemical periodicity
- 10Group 2
- 11Group 17
- 12Nitrogen and sulfur
- 13An introduction to AS Level organic chemistry
- 14Hydrocarbons
- 15Halogen compounds
- 16Hydroxy compounds
- 17Carbonyl compounds
- 18Carboxylic acids and derivatives
- 19Nitrogen compounds
- 20Polymerisation
- 21Organic synthesis
- 22Analytical techniques
AS Level students also study practical skills.
A Level (adds to all the AS topics)
- 23Chemical energetics
- 24Electrochemistry
- 25Equilibria
- 26Reaction kinetics
- 27Group 2
- 28Chemistry of transition elements
- 29An introduction to A Level organic chemistry
- 30Hydrocarbons
- 31Halogen compounds
- 32Hydroxy compounds
- 33Carboxylic acids and derivatives
- 34Nitrogen compounds
- 35Polymerisation
- 36Organic synthesis
- 37Analytical techniques
A Level students also study practical skills.
Exam pattern
Three ways to take it
All papers are marked by Cambridge. Paper 3 is done in a laboratory at your exam centre — book your centre early and ask about Paper 3 when you register.
Grades
AS Level: a, b, c, d, e. Full A Level: A*, A, B, C, D, E. 'Ungraded' means below the lowest grade and is not shown on the certificate.
What it took in June 2026 (full A Level, all five papers)
| Grade | Marks out of 260 | Roughly |
|---|---|---|
| A* | 201–219 | about 77–84% |
| A | 168–187 | about 65–72% |
| B | 135–161 | about 52–62% |
| C | 110–133 | about 42–51% |
| D | 86–106 | about 33–41% |
| E | 62–79 | about 24–30% |
Minimum weighted marks out of 260 in June 2026; the range covers the different paper variants. Boundaries change every series — aim well above them.
Medicine, pharmacy and top engineering programmes usually ask for an A or A* in Chemistry. Check each university's own requirements.
Why study it, types of questions, command words, what examiners reward, books, common mistakes, a study plan, careers and FAQs.
Read the guide