PEARSON EDEXCEL AS GCE FURTHER MATHEMATICS /IB MATHEMATICS EXAM QUESTIONS AND ANSWERS

Prove that å (r r =1 n 2 - r -1 = ) 1 (n - 2)n(n + 2) . 3 (5) 2. 1 f ( x ) = ln x - 1 - . x (a) Show that the root a of the equation f(x) = 0 lies in the interval 3 < a < 4 . (2) (b) Taking 3.6 as your starting value, apply the Newton-Raphson procedure onc...

Contents Introduction 1 1 AS Mathematics 3 Pure Mathematics 3 Statistics 3 Mechanics 4 2 A Level Mathematics 5 Pure Mathematics 5 Statistics 7 Mechanics 8 3 AS Further Mathematics 9 Pure Mathematics 9 Statistics 13 Mechanics 15 4 A Level Further Mathematics 17 Pure Mathematics 17 Sta...

1. The root of the quadratic equation 3

1. The root of the quadratic equation 3

1. The root of the quadratic equation 3

FURTHER PURE MATHEMATICS 2

Contents Introduction 1 General marking guidance 3 Paper 1 – sample question paper and mark scheme 5 Paper 2A – sample question paper and mark scheme 41 Paper 2B – sample question paper and mark scheme 81 Paper 2C – sample question paper and mark scheme 127 Paper 2D – sample questio...

Contents 1 About this specification 1 Specification updates 1 Using this specification 1 Qualification aims and objectives 1 Why choose Edexcel qualifications? 2 Why choose Pearson Edexcel International GCSE in Mathematics (Specification A)? 2 Supporting you in planning and implementing this...

1 Simplify 5a2c 3 #2a4c 5 ^ h - . [2] 2 Find the equation of the line joining the points (-1, 9) and (2, -3), giving your answer in the form y = mx + c. State the coordinates of the points where this line intersects the axes. [5] 3 Find the value of (i) 2 2 4 1 - a k , [2] (ii) 8000 3 2 ^ h...

Introduction Purpose and Scope of the IB Mathematics Comparability Study This report summarizes two independently written reports created as a part of the IB Mathematics Comparability Study. The purpose of the IB Mathematics Comparability Study is “to review and compare a selection of well-estab...