OCR A Level Further Mathematics Discrete

Student eTextbooks are downloadable versions of printed textbooks, purchased on a copy-by-copy basis, and allocated to students through Dynamic Learning. They link seamlessly with MEI Integral Further Mathematics online resources, allowing students to move between corresponding topics in the eTextbooks and Integral. Integral provides high-quality teaching and learning activities, including dynamic resources, self-marking tests, and assessments, to support teachers and students with the new specifications.

Format: Paperback / softback
Length: 168 pages
Publication date: 28 September 2018
Publisher: Hodder Education

Student eTextbooks are digital versions of printed textbooks that are purchased on a copy-by-copy basis and distributed to students through Dynamic Learning. Our Student eTextbooks seamlessly integrate with MEI Integral Further Mathematics online resources, enabling students to effortlessly navigate between corresponding topics in the eTextbooks and Integral.

Integral, developed by MEI, provides high-quality teaching and learning activities, including dynamic resources, self-marking tests, and assessments, covering the new specifications. To access the eTextbooks and Integral resources fully, you must be subscribed to both Dynamic Learning and Integral. To subscribe to Integral, visit www.integralmaths.org.

For more information on our eTextbooks and Integral, please refer to the Quick Links box.

- Provide comprehensive support for the OCR Discrete content of the new specification with worked examples, stimulating activities, and assessment support to enhance understanding, reasoning, and problem-solving skills.

- Assist students in preparing for assessments with skill-building activities, fully worked examples, and solutions tailored to the revised criteria.

- Foster understanding by presenting clear and concise explanations of each topic, with callouts to provide additional clarity.

- Test knowledge and develop understanding, reasoning, and problem-solving abilities with banded Exercise questions that gradually increase in difficulty (answers provided in the back of the book and online).

- Gain a deep understanding of the logical steps involved in constructing each individual algorithm.

- Encourage students to track their progress by utilizing learning outcomes and Key Points listed at the end of each chapter.

Weight: 496g
Dimension: 274 x 218 x 8 (mm)
ISBN-13: 9781510433373