SJL Sixth Form Prospectus 2025 - 2026 (5) - Flipbook - Page 27
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Education for a changing world
Chemistry
Board: OCR Chemistry A (H432)
INTRODUCTION
Chemistry is the study of materials, their reactions and the laws that govern them.
ENTRY REQUIREMENTS
If you are studying Triple Science:
If you are studying Combined Science:
GCSE Triple Science Chemistry at grade 6 or above
GCSE Combined Science at grade 7-6 or above
AND Grade 6 or above in GCSE
Mathematics and APS of 4.5 or above
AND Grade 6 or above in GCSE
Mathematics and APS of 4.5 or above
It would be useful to study Chemistry alongside Biology, but it is not essential.
Where could my success take me?
Chemistry is essential for studying Medicine and Veterinary Science as well as Chemistry courses.
Students considering natural sciences, biomedical/life science and other medically allied degrees will find
studying chemistry highly advantageous.
COURSE CONTENT
The course covers a wide variety of Physical, Inorganic and Organic Chemistry topics designed to build on
work covered at GCSE and to form an excellent basis for further study. It develops analytical thinking,
problem-solving, and practical skills while exploring the applications of chemistry in industry, medicine, and
sustainability.
The first year consists of four modules, including one focused on practical skills. The foundation module
bridges GCSE and A Level by covering atomic structure, bonding, and quantitative chemistry. The remaining
modules explore topics such as the periodic table, reaction rates, energy changes, and analytical techniques.
In the organic module, in addition to covering topics on hydrocarbons, alcohols, and haloalkanes, practical
skills in measurement, distillation, and purification are further developed.
In the second year, theoretical understanding and laboratory expertise is expanded further. The physical and
inorganic chemistry modules include topics on equilibrium, pH, redox reactions, thermodynamics, and
transition elements. In organic chemistry, more complex functional groups such as aromatic and carbonyl
compounds, acids, esters, and polymers are covered in depth while using more sensitive analytical techniques
such as chromatography and NMR spectroscopy.
Practical work is integrated throughout the course, allowing the application of theory to real experiments,
helping to analyse data, and communicate scientific ideas effectively. By the end of the course, students gain
a strong grasp of chemical principles and practical competence in preparation of further study or careers in
scientific related fields.
