Studying Maths helps us find patterns and structure in our lives. Practically, Maths helps us put a price on things, create graphics, build websites, build skyscrapers and generally understand how things work or predict how they might change over time and under different conditions. Maths will change your future. During the course you will study Pure mathematics (Including: Algebra, Trigonometry and Calculus) Mechanics (Forces, momentum, 2D and 3D motion) and Statistics (Averages, spread and working with large data sets using ICT). Maths A level is a must have for degrees in: Physics, Engineering, Actuarial Science, Economics and, of course, Maths. It is recommended or sometimes required for: Computer Science, Accounting, Chemistry, Biology and Life Sciences, Medicine / Nursing, Dentistry, Business Studies, Management Studies, Finance, Architecture, Geology, Psychology, Surveying and even Philosophy. Maths is also crucial for studying advanced apprenticeships in Accountancy and Technology and Engineering subjects.
Five GCSE grades at 4 and above. Mathematics is a challenging subject at A Level. There is a strong correlation between the results obtained by pupils at GCSE and A Level. Consequently if you do not achieve a pass in GCSE Higher Tier Mathematics at Grade 7, 8 or 9 it would not be advisable to study mathematics at A Level. An A level Maths student should already have an excellent understanding of algebra and trigonometry, be proficient at sketching graphs and possess good problem solving attributes.
Paper 1 - 2 hours Pure Maths (100 marks) 33.3% (100 marks) Paper 2 - 2 hours Pure Maths 33.3% (100 marks) Paper 3 - 2 hours Statistics & Mechanics 33.3% (100 marks) All assessments are linear and 100% examination. The course is split into two parts - Pure Mathematics and Applications (incorporating Statistics and Mechanics). The examinations, all taken at the end of Year 13. Students are required to be assessed in problem-solving, proof and modeling, as well as pre-release of a large data set.
About Education Provider
| Region | West Midlands |
| Local Authority | Wolverhampton |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | Marsh Lane, Fordhouses, Wolverhampton, WV10 6SE |
Studying Maths helps us find patterns and structure in our lives. Practically, Maths helps us put a price on things, create graphics, build websites, build skyscrapers and generally understand how things work or predict how they might change over time and under different conditions. Maths will change your future. During the course you will study Pure mathematics (Including: Algebra, Trigonometry and Calculus) Mechanics (Forces, momentum, 2D and 3D motion) and Statistics (Averages, spread and working with large data sets using ICT). Maths A level is a must have for degrees in: Physics, Engineering, Actuarial Science, Economics and, of course, Maths. It is recommended or sometimes required for: Computer Science, Accounting, Chemistry, Biology and Life Sciences, Medicine / Nursing, Dentistry, Business Studies, Management Studies, Finance, Architecture, Geology, Psychology, Surveying and even Philosophy. Maths is also crucial for studying advanced apprenticeships in Accountancy and Technology and Engineering subjects.
Five GCSE grades at 4 and above. Mathematics is a challenging subject at A Level. There is a strong correlation between the results obtained by pupils at GCSE and A Level. Consequently if you do not achieve a pass in GCSE Higher Tier Mathematics at Grade 7, 8 or 9 it would not be advisable to study mathematics at A Level. An A level Maths student should already have an excellent understanding of algebra and trigonometry, be proficient at sketching graphs and possess good problem solving attributes.
Paper 1 - 2 hours Pure Maths (100 marks) 33.3% (100 marks) Paper 2 - 2 hours Pure Maths 33.3% (100 marks) Paper 3 - 2 hours Statistics & Mechanics 33.3% (100 marks) All assessments are linear and 100% examination. The course is split into two parts - Pure Mathematics and Applications (incorporating Statistics and Mechanics). The examinations, all taken at the end of Year 13. Students are required to be assessed in problem-solving, proof and modeling, as well as pre-release of a large data set.