Mechanics 2 for OCR

by Douglas Quadling

Published 18 January 2001
Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.

This book is part of the Cambridge Advanced Level Mathematics series, written specifically for the OCR modular mathematics syllabus. Each book or half-book corresponds exactly to one module. Pure Mathematics 1 & 2 contains the material for modules P1 and P2 in separate halves of the book. It has chapters on algebra, functions, graphs, trigonometry and exponentials, and it introduces calculus. Each chapter starts with a short list of learning objectives, and mathematical ideas are explained carefully and clearly, with many worked examples. There are plenty of exercises throughout, along with revision exercises and mock exam papers – all written by experienced examiners.

Core 3 and 4 for OCR

by Douglas Quadling and Hugh Neill

Published 27 January 2005
Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.

Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.

Mechanics 1

by Douglas Quadling

Published 15 July 2004
Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.

Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.

Pure Mathematics 5 & 6 is written specifically for the Pure Mathematics 5 and Pure Mathematics 6 modules of the new OCR Advanced Level Mathematics specification. Mathematical ideas are explained carefully and clearly, with many stimulating worked examples. There are plenty of exercises throughout, along with revision exercises and mock examination papers - all written by experienced examiners.

Pure Mathematics 4

by Hugh Neill and D. A. Quadling

Published 29 March 2001
Pure Mathematics 4 is written specifically for the Pure Mathematics 4 module of the new OCR Advanced Level Mathematics specification. Mathematical ideas are explained carefully and clearly, with many stimulating worked examples. There are plenty of exercises throughout, along with revision exercises - all written by experienced examiners.

Pure Mathematics 3

by Hugh Neill and D. A. Quadling

Published 12 October 2000
This book is part of a series of textbooks written specifically for the OCR modular mathematics syllabus. Each book or half-book corresponds exactly to one module. Both teachers and students will enjoy using these books. Each chapter starts with a short list of learning objectives, and mathematical ideas are explained carefully and clearly, with many stimulating worked examples. There are plenty of exercises throughout, along with revision exercises and mock exam papers – all written by experienced examiners. Pure Mathematics 3 has chapters on trigonometry, parametric and implicit equations, and vectors. It also introduces further methods of differentiation and integration.

Further Pure 1 for OCR

by Douglas Quadling and Hugh Neill

Published 16 September 2004
Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.

Mechanics 1 for OCR

by Douglas Quadling

Published 20 June 2000
This book is part of the Cambridge Advanced Level Mathematics series, written specifically for the OCR modular mathematics syllabus. Each book or half-book corresponds exactly to one module. Mechanics 1 introduces Newton's laws and has chapters on forces, kinematics and momentum. Each chapter starts with a short list of learning objectives, and mathematical ideas are explained carefully and clearly, with many worked examples. There are plenty of exercises throughout, along with revision exercises and mock exam papers – all written by experienced examiners.

Core 1 and 2 for OCR

by Douglas Quadling and Hugh Neill

Published 22 July 2004
Fully endorsed by OCR and revised to match the 2005 specification, this series has been carefully revised by experienced teachers and provides easy to use texts. Cambridge Advanced Mathematics for OCR encourages achievement by supporting revision and consolidation through review exercises and mock exam papers written by experienced examiners. The books also explore ideas through practical and computer activities.