Specification at a glance
This qualification is linear. Linear means that students will sit all their exams at the end of the course.
Subject content
Core content
 OT1: Mathematical argument, language and proof (page 11)
 OT2: Mathematical problem solving (page 11)
 OT3: Mathematical modelling (page 12)
 A: Proof (page 12)
 B: Algebra and functions (page 13)
 C: Coordinate geometry in the (x,y) plane (page 14)
 D: Sequences and series (page 15)
 E: Trigonometry (page 15)
 F: Exponentials and logarithms (page 17)
 G: Differentiation (page 18)
 H: Integration (page 19)
 I: Numerical methods (page 20)
 J: Vectors (page 20)
 K: Statistical sampling (page 21)
 L: Data presentation and interpretation (page 21)
 M: Probability (page 22)
 N: Statistical distributions (page 22)
 O: Statistical hypothesis testing (page 23)
 P: Quantities and units in mechanics (paqe 23)
 Q: Kinematics (page 23)
 R: Forces and Newtonâ€™s laws (page 24)
 S: Moments (page 25)
Assessments
Paper 1 

What's assessed Any content from:

How it's assessed

Questions A mix of question styles, from short, singlemark questions to multistep problems. 
Paper 2 

What's assessed Any content from Paper 1 and content from:

How it's assessed

Questions A mix of question styles, from short, singlemark questions to multistep problems. 
Paper 3 

What's assessed Any content from Paper 1 and content from:

How it's assessed

Questions A mix of question styles, from short, singlemark questions to multistep problems. 
Download
 Specification for first teaching in 2017 (944.9 KB)