All Further Pure Mathematics papers
Edexcel · International GCSE · Further Pure Mathematics
May/June 2023 — Paper 2 · Replacement.
30 structured questions · 100 marks
Download question paper (PDF)Mark scheme — for enrolled students
The mark scheme comes with the Further Pure Mathematics course.
Topics covered
- Simple inequalities, linear and quadratic
- Unit vector
- The roots of a quadratic equation
- The distance between two points
- Maxima and minima
- Graphs of polynomials and rational functions with linear denominators
- Magnitude of a vector
- Applications to simple linear kinematics and to determination of areas and volumes
- The straight line and its equation
- The equations of tangents and normals to the curve $y = f(x)$
- Simple examples involving functions of the roots of a quadratic equation
- Use and properties of indices and logarithms, including change of base
- The use of the basic addition formulae of trigonometry
- Solution of simple trigonometric equations for a given interval
- The condition for two lines to be parallel or to be perpendicular
- Radian measure, including use for arc length and area of sector
Questions in this paper
- Q1The roots of a quadratic equation4 marks
- Q2cSimple inequalities, linear and quadratic1 marks
- Q2bSimple inequalities, linear and quadratic3 marks
- Q2aSimple inequalities, linear and quadratic2 marks
- Q3bMaxima and minima5 marks
- Q3cMaxima and minima2 marks
- Q3aRadian measure, including use for arc length and area of sector3 marksincludes a figure
- Q4bUnit vector2 marks
- Q4aMagnitude of a vector4 marks
- Q5bApplications to simple linear kinematics and to determination of areas and volumes2 marks
- Q5cApplications to simple linear kinematics and to determination of areas and volumes3 marks
- Q5aApplications to simple linear kinematics and to determination of areas and volumes2 marks
- Q6aSimple examples involving functions of the roots of a quadratic equation5 marks
- Q6bSimple examples involving functions of the roots of a quadratic equation5 marks
- Q7bApplications to simple linear kinematics and to determination of areas and volumes4 marksincludes a figure
- Q7aSolution of simple trigonometric equations for a given interval3 marksincludes a figure
- Q8eThe distance between two points4 marks
- Q8dThe straight line and its equation3 marks
- Q8cThe straight line and its equation1 marks
- Q8aThe straight line and its equation3 marks
- Q8bThe condition for two lines to be parallel or to be perpendicular5 marks
- Q9aGraphs of polynomials and rational functions with linear denominators2 marks
- Q9cGraphs of polynomials and rational functions with linear denominators3 marks
- Q9eThe equations of tangents and normals to the curve $y = f(x)$5 marks
- Q9bGraphs of polynomials and rational functions with linear denominators2 marks
- Q9dThe equations of tangents and normals to the curve $y = f(x)$3 marks
- Q10Use and properties of indices and logarithms, including change of base7 marks
- Q11bThe use of the basic addition formulae of trigonometry5 marks
- Q11aThe use of the basic addition formulae of trigonometry3 marks
- Q11cSolution of simple trigonometric equations for a given interval4 marks
Enrolled students get the full paper bank for Further Pure Mathematics. See the course