Why choose A level chemistry?
A level chemistry is a challenging and fascinating subject that explores the principles underpinning the physical world. Students study the structure of atoms, bonding and reactions, rates and equilibria, and organic and inorganic chemistry. Through practical experiments and theoretical learning, they gain valuable skills in analysis, problem-solving, and scientific communication.
Chemistry is a vital subject for many STEM and healthcare-related degrees and is highly regarded by universities and employers alike.
This subject can be studied at AS and A level.
Course type: A level
Board: AQA
Entry requirement: Grade 7-7 in GCSE combined science or grade 7 or above in GCSE chemistry with grade 6 in biology, physics and maths
How is A level chemistry delivered?
| Unit | Content |
| Physical chemistry | Atomic structure, amount of substance, bonding, energetics, kinetics, equilibria, pH |
| Inorganic chemistry | Trends in periodicity, Group 2 and Group 7 chemistry, transition metals, redox reactions |
| Organic chemistry | Alkanes, alkenes, alcohols, haloalkanes, reaction mechanisms, analysis and spectroscopy |
Assessment
Assessment is by written examination at the end of the course.
AS Level (if taken as a standalone qualification)
- Two written papers – 1 hour 30 minutes each
- Each paper contributes 50% of the AS grade
- Covers content from year 12 only
A Level
- Paper 1: Physical and inorganic chemistry – 2 hours – 35% of the A Level
- Paper 2: Physical and organic chemistry – 2 hours – 35% of the A Level
- Paper 3: Practical techniques, data analysis, and synoptic content – 2 hours – 30% of the A Level
There is no coursework component, but students must complete a series of required practicals. Practical skills are assessed and reported separately as a practical endorsement.
Progression
A level chemistry is essential for many science-based degree courses and leads to a wide range of career opportunities. It opens doors in both academic and industry sectors.
Studying this course can help students to:
- Access university degrees in medicine, veterinary science, pharmacology, dentistry, and chemical engineering
- Enter careers in forensic science, environmental chemistry, food science, biochemistry, and accountancy
- Develop transferable skills in data analysis, laboratory techniques, and logical reasoning
- Pursue roles in the pharmaceutical industry, scientific research, education, or healthcare
