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IB Mathematics Higher Level Print and Online Course Book Pack: Oxford IB Diploma Programme

The only DP resources developed with the IB

Author Josip Harcet, Author Lorraine Heinrichs, Author Palmira Mariz Seiler, and Author Marlene Torres Skoumal

Suitable for:  IB Mathematics Higher Level students

Price:  £69.99 +VAT

ISBN: 978-0-19-835512-0
Publication date: 26/02/2015
Pack: 832 pages

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Uniquely developed with the IB curriculum team, this course book pack will ensure your students achieve their best. Blending mathematical applications with crucial practice and inquiry, it fully integrates the IB approach to learning.


  • The most comprehensive syllabus coverage - the truest match to the IB syllabus, developed with the IB.
  • Complete worked solutions - a full set of worked solutions included online.
  • Extensive practice - over 800 pages of practice cements comprehension.
  • Up-to-date GDC support - take the confusion out of GDC use and help students focus on the theory.
  • Definitive assessment preparation - exam-style papers and questions will build confidence.
  • The Exploration - supported by a full chapter, to guide you through this new component.
  • Real world approach - connect mathematics with human behaviour, language, morality and more.
  • This pack includes one print Course Book and one online Course Book.
  • The online Course Book will be available on Oxford Education Bookshelf until 2020. Access is facilitated via a unique code, which is sent in the mail. The code must be linked to an email address, creating a user account. Access may be transferred once to an additional user.

This page was last updated on 17 November 2019 at 04:30 GMT

Table of Contents

1: Mathematics as the science of patterns
2: Mathematics as a language
3: The long journey of mathematics
4: Modeling the real world
5: Aesthetics in mathematics: an introduction to mathematical explorations
6: Exploring randomness: statistics and probability
7: The origins of calculus

8: Ancient mathematics and modern methods: trigonometry and its multiple applications
9: Further calculus
10: Modeling randomness
11: Inspiration and formalism
12: Multiple perspectives in mathematics
13: Exploration
14: Prior learning