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 this 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. Year 12 Inorganic, physical and organic chemistry Year 13 Inorganic, physical and organic chemistry How will I be taught? Students will be taught in a variety of ways including: Practical activities: Chemistry, like all sciences, is a practical subject. Throughout the course students carry practical activities including: measuring energy changes in chemical reactions, tests for identifying different types of compound, different methods for measuring rates of reaction, studying electrochemical cells, preparation of organic solids and liquids, an advanced form of chromatography for more accurate results. Students have a practical book to record and evaluate findings. Independent study: Our students are encouraged to actively work on past paper questions as these help them to apply their knowledge. Students complete Prep work before their lessons so that they can think deeply in their lessons and access challenging academic works. Research work: Students will need to do research for some practical example to get a suitable method, complete a risk assessment or to compare their results with results from similar experiments. Written work: In lessons students are expected to take notes paying careful attention to key terminology, set out calculations on a logical sequence and complete regular progress tests. Students receive five hours of independent study per week. What degree courses does this lead to? An A Level in Chemistry can lead to degrees in Chemistry, Biology, Pre-clinical medicine, Mathematics, Medicine, Pharmacology. What career opportunities does this open up? Studying an A Level Chemistry related degree at university gives students exciting career options, including: Analytical Chemist, Chemical Engineer, Clinical Biochemist, Pharmacologist, Doctor, Research Scientist (physical sciences), Toxicologist, Chartered Certified Accountant, Environmental Consultant, Higher Education Lecturer, Patent Attorney, Science Writer, Secondary School Teacher.
Must attain an overall grade 6 in Chemistry if doing separate sciences or 66 in the Trilogy exam. GCSE English Language grade 5 and Maths grade 6.
There are three exams at the end of the two years for A Level, all of which are two hours long. Paper 1: 2 hours (worth 33.3% of the A Level) – Physical and inorganic Chemistry Paper 2: 2 hours written paper (worth 33.3% of the A Level) – Physical and Organic Chemistry Paper 3: 2 hours written paper (worth 33.3% of the A Level) – 30 MCQ from a mix of topics as well as some long answer questions based on the required practical's.
About Education Provider
| Region | London |
| Local Authority | Bromley |
| Ofsted Rating | Outstanding |
| Gender Type | Mixed |
| Address | Manor Way, Beckenham, BR3 3SJ |
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 this 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. Year 12 Inorganic, physical and organic chemistry Year 13 Inorganic, physical and organic chemistry How will I be taught? Students will be taught in a variety of ways including: Practical activities: Chemistry, like all sciences, is a practical subject. Throughout the course students carry practical activities including: measuring energy changes in chemical reactions, tests for identifying different types of compound, different methods for measuring rates of reaction, studying electrochemical cells, preparation of organic solids and liquids, an advanced form of chromatography for more accurate results. Students have a practical book to record and evaluate findings. Independent study: Our students are encouraged to actively work on past paper questions as these help them to apply their knowledge. Students complete Prep work before their lessons so that they can think deeply in their lessons and access challenging academic works. Research work: Students will need to do research for some practical example to get a suitable method, complete a risk assessment or to compare their results with results from similar experiments. Written work: In lessons students are expected to take notes paying careful attention to key terminology, set out calculations on a logical sequence and complete regular progress tests. Students receive five hours of independent study per week. What degree courses does this lead to? An A Level in Chemistry can lead to degrees in Chemistry, Biology, Pre-clinical medicine, Mathematics, Medicine, Pharmacology. What career opportunities does this open up? Studying an A Level Chemistry related degree at university gives students exciting career options, including: Analytical Chemist, Chemical Engineer, Clinical Biochemist, Pharmacologist, Doctor, Research Scientist (physical sciences), Toxicologist, Chartered Certified Accountant, Environmental Consultant, Higher Education Lecturer, Patent Attorney, Science Writer, Secondary School Teacher.
Must attain an overall grade 6 in Chemistry if doing separate sciences or 66 in the Trilogy exam. GCSE English Language grade 5 and Maths grade 6.
There are three exams at the end of the two years for A Level, all of which are two hours long. Paper 1: 2 hours (worth 33.3% of the A Level) – Physical and inorganic Chemistry Paper 2: 2 hours written paper (worth 33.3% of the A Level) – Physical and Organic Chemistry Paper 3: 2 hours written paper (worth 33.3% of the A Level) – 30 MCQ from a mix of topics as well as some long answer questions based on the required practical's.
