A-Level Chemistry
A Level Chemistry
A Level Chemistry attempts to answer the big question ‘what is the world made of?’ and it’s the search for this answer that makes the subject so fascinating. From investigating how one substance can be changed drastically into another, to researching a new wonder drug to save millions of lives, the opportunities that Chemistry provides are endless. Chemistry is a popular choice at St Bede’s. The course builds on the knowledge, understanding and skills at GCSE. Success requires a good foundation – a grade 7 is recommended in Separate Science Chemistry or Trilogy Science in order to take up the A Level.
Assessment Information
A-level Chemistry is assessed through three written papers and the end of Upper Sixth:
Paper 1: Physical and Inorganic Chemistry
• Assesses content from across the course with an emphasis on practical techniques, data analysis, and critical thinking.
Paper 2: Physical and Organic Chemistry
• Covers kinetics, equilibria, thermodynamics, rate equations, organic reactions, spectroscopy, and organic synthesis.
Paper 3: Synoptic and Practical Skills
• Assesses content from across the course with an emphasis on practical techniques, data analysis, and critical thinking.
All three papers are 2 hours long and include multiple-choice, short, and extended response questions. Practical skills are also assessed through core experiments completed over the two years.
Why Choose Chemistry at St Bede’s?
• Teaching by four highly experienced subject specialists
• Access to three brand new Chemistry laboratories
• Enrichment from University experts and specialist equipment to enhance spectroscopy units
• Small class sizes, allowing close support during practical work
• Excellent personal support, including weekly drop-in sessions, comprehensive online resources, and holiday revision classes
• Tailored guidance for students applying to Oxbridge or competitive courses such as Medicine
• Opportunities to take part in national challenges, including the Chemistry Olympiad and the Cambridge Chemistry Challenge