The A Level Physics course will encourage you to think logically, visualise problems and be creative in coming up with solutions. You will gain essential knowledge and understanding in areas of theoretical Physics including Quantum Mechanics and Relativity, but also in more applied aspects of Physics such as Mechanics and Waves. You will develop your practical skills – using equipment creatively but safely and recording, analysing and evaluating data. You will become confident in applying mathematical techniques to physical situations, and gain insight into the wonders of modern Physics. A Level Core content 1 Measurements and their errors 2 Particles and radiation 3 Waves 4 Mechanics and materials 5 Electricity 6 Further mechanics and thermal physics 7 Fields and their consequences 8 Nuclear physics Option 12 Turning Points in Physics A level of Physics is a good choice for students considering any STEM course in higher education, including Physics, Mathematics and Engineering. It is one of the ‘Facilitating Subjects’ identified by the Russell Group Universities as useful for gaining a place on a wide range of University courses. For Students who wish to take Physics further or study Engineering at University, studying A-level Mathematics alongside Physics is important. However, it is not a requirement of the Physics A level course that students should study Maths A level.
Our general entry requirements are an average of Grade 4 at GCSE for Academic A Levels and at least 4 subjects at Grade 4 for Applied Courses. You need to gain at least 66 in Combined Science or at least a grade 6 in Separate Science (Triple) Physics. To cope with the mathematical demands in the A-level Physics course, you need at least grade 6 in Mathematics at GCSE.
The A Level course is assessed by written exams: • Paper 1 (34%) – Sections 1 to 5 (above) and Section 6 part 1 (Circular Motion and Oscillations) • Paper 2 (34%) – Sections Section 6 part 2 (Thermal Physics) and Sections 7 and 8. • Paper 3 (32%) - Part 1 assesses Practical Skills and Data analysis techniques - Part 2 assesses Section 12 above
About Education Provider
| Region | Yorkshire and the Humber |
| Local Authority | Leeds |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | Farnley Lane, Otley, LS21 2BB |
The A Level Physics course will encourage you to think logically, visualise problems and be creative in coming up with solutions. You will gain essential knowledge and understanding in areas of theoretical Physics including Quantum Mechanics and Relativity, but also in more applied aspects of Physics such as Mechanics and Waves. You will develop your practical skills – using equipment creatively but safely and recording, analysing and evaluating data. You will become confident in applying mathematical techniques to physical situations, and gain insight into the wonders of modern Physics. A Level Core content 1 Measurements and their errors 2 Particles and radiation 3 Waves 4 Mechanics and materials 5 Electricity 6 Further mechanics and thermal physics 7 Fields and their consequences 8 Nuclear physics Option 12 Turning Points in Physics A level of Physics is a good choice for students considering any STEM course in higher education, including Physics, Mathematics and Engineering. It is one of the ‘Facilitating Subjects’ identified by the Russell Group Universities as useful for gaining a place on a wide range of University courses. For Students who wish to take Physics further or study Engineering at University, studying A-level Mathematics alongside Physics is important. However, it is not a requirement of the Physics A level course that students should study Maths A level.
Our general entry requirements are an average of Grade 4 at GCSE for Academic A Levels and at least 4 subjects at Grade 4 for Applied Courses. You need to gain at least 66 in Combined Science or at least a grade 6 in Separate Science (Triple) Physics. To cope with the mathematical demands in the A-level Physics course, you need at least grade 6 in Mathematics at GCSE.
The A Level course is assessed by written exams: • Paper 1 (34%) – Sections 1 to 5 (above) and Section 6 part 1 (Circular Motion and Oscillations) • Paper 2 (34%) – Sections Section 6 part 2 (Thermal Physics) and Sections 7 and 8. • Paper 3 (32%) - Part 1 assesses Practical Skills and Data analysis techniques - Part 2 assesses Section 12 above