
“The study of mathematics, like the Nile, begins in minuteness but ends in magnificence.” – Charles Caleb Colton A Level Qualification Structure: The three overarching themes of the New A Level Mathematics specification are: Mathematical argument, language and proof Mathematical problem-solving Mathematical modelling First Year Pure Maths You will build on and develop techniques learnt at GCSE in order to gain the fluency required for the advanced maths. These include algebraic manipulation, coordinate geometry and trigonometry. You will also be introduced to new concepts which are fundamental to the advanced course. These include exponential and logarithmic functions and calculus. Applied Maths You will learn a combination of statistical and mechanical techniques that will help you solve complex problems that are intrinsically linked to real-world contexts. Second Year Pure Maths In addition to the skills embedded in the first year, there will be a greater emphasis on proof and calculus. You will also learn about advanced sequences and their use in mathematical modelling. This culminates in further applications to real-world problems. Applied Maths You will gain a deeper understanding of probability and data distributions and be able to carry out further hypothesis testing which is integral to so many scientific studies. You will also learn how to model the effects of gravity, friction and turning forces in everyday situations.
Students must attain a grade 7 or higher in their Mathematics GCSE to gain a place in A level Mathematics
Three external exams, each of two hours in duration and of equal weight
About Education Provider
Region | Yorkshire and the Humber |
Local Authority | York |
Ofsted Rating | Good |
Gender Type | Mixed |
Address | Haxby Road, New Earswick, York, YO32 4BZ |
“The study of mathematics, like the Nile, begins in minuteness but ends in magnificence.” – Charles Caleb Colton A Level Qualification Structure: The three overarching themes of the New A Level Mathematics specification are: Mathematical argument, language and proof Mathematical problem-solving Mathematical modelling First Year Pure Maths You will build on and develop techniques learnt at GCSE in order to gain the fluency required for the advanced maths. These include algebraic manipulation, coordinate geometry and trigonometry. You will also be introduced to new concepts which are fundamental to the advanced course. These include exponential and logarithmic functions and calculus. Applied Maths You will learn a combination of statistical and mechanical techniques that will help you solve complex problems that are intrinsically linked to real-world contexts. Second Year Pure Maths In addition to the skills embedded in the first year, there will be a greater emphasis on proof and calculus. You will also learn about advanced sequences and their use in mathematical modelling. This culminates in further applications to real-world problems. Applied Maths You will gain a deeper understanding of probability and data distributions and be able to carry out further hypothesis testing which is integral to so many scientific studies. You will also learn how to model the effects of gravity, friction and turning forces in everyday situations.
Students must attain a grade 7 or higher in their Mathematics GCSE to gain a place in A level Mathematics
Three external exams, each of two hours in duration and of equal weight