Collins Cambridge IGCSE English Student Book
Geraldine Dunn

£5.00

AVAILABLE WHILE STOCK LASTS

Author: Geraldine Dunn
Author(s): Geraldine Dunn, Keith Brindle, Steve Eddy, Mike Gould, Julia Burchell
ISBN-13: 9780007517053
ISBN-10: 000751705X
Edition: Revised edition
Publisher: HarperCollins Publishers
Publication Date: 01-May-13
Format: Paperback
Pages: 320

2 in stock

Description

The Collins Cambridge IGCSE English Student Book covers every skill and topic in the 2015 Cambridge First Language English syllabuses 0500 and 0522 in depth, showing students how to make progress towards their target grades.

The Collins Cambridge IGCSE English Student Book covers every skill and topic in the 2015 Cambridge First Language English syllabuses 0500 and 0522 in depth, showing students how to make progress towards their target grades. * Revised and updated to support the 2015 syllabuses and examination formats. * Show students how to progress with a clear Student Book structure that moves from building key reading and writing skills to applying these skills to specific question types and coursework tasks. * Help students to make progress with regular ‘Check your progress’ checklists and annotated sample answers to exemplify how to do well. * Save time on planning and preparation with expert support from Julia Burchell, an experienced examiner and trainer. The Teacher Guide includes a two-year scheme of work, differentiated lesson plans and worksheets, plus extension activities for students aiming for the highest grades. * Prepare students for examination success. Detailed marking guidance and annotated sample answers in the Teacher Guide help you and your classes to make the most of the practice examination papers in the Student Book. Series editor Julia Burchell explains how to tackle the trickiest questions in the video clips on the CD-ROM.

Click on the blue categories & tags above to browse the subject area further and explore more from the author, publisher, programme and contributors.

Additional information

Weight 0.68 kg