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New Cambridge Senior Maths resources developed to meet the needs of the Australian Curriculum and its variants in WA, TAS and ACT.
Cambridge Senior Mathematics: Australian Curriculum is an authoritative series for the Australian Curriculum that builds on a proven maths teaching and learning formula while incorporating the content and assessment requirements that characterise senior curricula in WA, TAS and ACT. The content of this series can be also be used as a resource for SA but may require some supplementation by teachers.
Cambridge Senior Mathematics for Queensland combines a proven teaching and learning formula with innovative digital capabilities to explicitly support the implementation of the new maths syllabuses and to lead students towards success in their new internal and external assessments.
Watch our workshop below on implementing the new Queensland Senior Maths syllabus, presented by Michael Evans and Abigail Twyman.
Watch our workshop below on implementing the new Essential Mathematics syllabus, presented by Leanne Butler.
A new edition of the most trusted senior mathematics resources for Queensland delivers content and topic sequencing closely aligned to the new syllabus, with a proven teaching and learning formula from authors with unrivalled expertise. Enhanced features such as support for Problem-Solving & Modelling Tasks (PSMTs), carefully revised categorisation of Complex Familiar and Complex Unfamiliar questions, chapter review questions that closely reflect the QCE exam-format, and skills checklists, now with sample questions, in all courses will lead to QCE success for all students. The Second edition also features refined use of language in Essential Mathematics, new section summaries in General Mathematics, and video demonstrations for all worked examples in Specialist Mathematics. Plus the Innovative digital resources fully integrated with the print textbook allows for a flipped classroom approach, a powerful Learning Management System and independent learning opportunities.
Essential Mathematics CORE for the Australian Curriculum Years 7–10 provides a practical interpretation of the Australian Curriculum to help students meet the minimum requirements of the Achievement Standards.
Combining a proven teaching and learning formula with innovative digital capabilities, Essential Mathematics CORE encourages students who require additional support in mathematics to master the basics of applied mathematics in everyday life and in the workplace.
Essential Mathematics CORE for the Victorian Curriculum Years 7–10 provides a practical interpretation of the Victorian Curriculum to help students meet the minimum requirements of the Achievement Standards.
Combining a proven teaching and learning formula with innovative digital capabilities, Essential Mathematics CORE encourages students who require additional support in mathematics to master the basics of applied mathematics in everyday life and in the workplace.
Trusted coverage of the Australian Curriculum v9.0, now with powerful diagnostic tools to identify and address gaps in student knowledge.
Learn more at cambridge.edu.au/essentialmathsAC
This Third Edition is the current curriculum edition for Western Australia.
Fourth Edition available for the new Australian Curriculum 9.0
This Third Edition is the current curriculum edition for Western Australia
The third edition of Essential Mathematics for the Australian Curriculum Years 7 to 10&10A retains all of the features that have made this series so popular, and addresses the needs of a wider range of students, provides even greater assistance for teachers and offers a new level of digital support.
Designed to foster understanding and mastery of mathematics in every student
ICE-EM Mathematics Third Edition is designed to develop a strong foundation in mathematics for every student in Years 5 to 10/10A, and now offers a new level of digital support for teaching, learning, assessment and reporting.
Developed by the Australian Mathematical Sciences Institute (AMSI), ICE-EM Mathematics helps students of all abilities to understand and master mathematics beyond the curriculum while building strong foundation skills.