Studying A level Further Mathematics will allow students to explore a much wider range and deeper level of mathematics. One of the key aims of the qualification is to understand mathematics and mathematical processes in ways that promote confidence, foster enjoyment and provide a strong foundation for progress to further study. Further Mathematics should be considered by those who are performing well at GCSE and more importantly, enjoy the subject. It is an excellent facilitating subject for many courses in finance, engineering and computer science and is highly regarded by all top Universities, indeed it is often a desirable requirement for top courses in these fields. To succeed at Further Mathematics you will develop into an excellent problem solver, able to apply a wide range of knowledge in a variety of contexts. All examinations must be taken in the same exam period and will be sat at the end of Year 13. There still remains some choice in the exact material studied to make up the qualification and we will cover the additional modules from Further Decision 1 and Further Statistics 1, in addition to the compulsory Core Pure papers 1 and 2. This is intended to deepen your understanding of both GCSE and A level Mathematics by extending the range of techniques in number, algebra and trigonometry. Calculus methods are introduced and extended over the two years and the new topics of complex numbers and vector geometry are introduced. In Statistics a range of probability functions are examined along with hypothesis testing linked to them. Error testing is also included, along with the introduction of Chi-squared method for examining links between data eg regional variations in voting patterns. Decision Maths is all about learning about how to create and use algorithms to efficiently solve problems. Graph theory is introduced and algorithms such as Prim’s, Kruskal’s and Dijkstra’s are covered as you look at the basics behind how home utility service networks are created and how to create the fastest route through the London Underground. You will also learn about how Critical Path Analysis is used to plan and manage projects.
– 7 in Mathematics. NB - Further Maths can only be taken as a fourth subject. - Passes at grade C or above including English and Mathematics
The A-level course is assessed by three papers, all taken in the summer examinations session in Y13: • Core Pure 1 (75 marks) • Core Pure 2 (75 marks) • Further Statistics 1 (75 marks) • Further Decision 1 (75 marks)
About Education Provider
| Region | North West |
| Local Authority | Liverpool |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address | Queen's Drive, Mossley Hill, Liverpool, L18 8BG |
Studying A level Further Mathematics will allow students to explore a much wider range and deeper level of mathematics. One of the key aims of the qualification is to understand mathematics and mathematical processes in ways that promote confidence, foster enjoyment and provide a strong foundation for progress to further study. Further Mathematics should be considered by those who are performing well at GCSE and more importantly, enjoy the subject. It is an excellent facilitating subject for many courses in finance, engineering and computer science and is highly regarded by all top Universities, indeed it is often a desirable requirement for top courses in these fields. To succeed at Further Mathematics you will develop into an excellent problem solver, able to apply a wide range of knowledge in a variety of contexts. All examinations must be taken in the same exam period and will be sat at the end of Year 13. There still remains some choice in the exact material studied to make up the qualification and we will cover the additional modules from Further Decision 1 and Further Statistics 1, in addition to the compulsory Core Pure papers 1 and 2. This is intended to deepen your understanding of both GCSE and A level Mathematics by extending the range of techniques in number, algebra and trigonometry. Calculus methods are introduced and extended over the two years and the new topics of complex numbers and vector geometry are introduced. In Statistics a range of probability functions are examined along with hypothesis testing linked to them. Error testing is also included, along with the introduction of Chi-squared method for examining links between data eg regional variations in voting patterns. Decision Maths is all about learning about how to create and use algorithms to efficiently solve problems. Graph theory is introduced and algorithms such as Prim’s, Kruskal’s and Dijkstra’s are covered as you look at the basics behind how home utility service networks are created and how to create the fastest route through the London Underground. You will also learn about how Critical Path Analysis is used to plan and manage projects.
– 7 in Mathematics. NB - Further Maths can only be taken as a fourth subject. - Passes at grade C or above including English and Mathematics
The A-level course is assessed by three papers, all taken in the summer examinations session in Y13: • Core Pure 1 (75 marks) • Core Pure 2 (75 marks) • Further Statistics 1 (75 marks) • Further Decision 1 (75 marks)