Everything your students need to succeed. The best Physics series for the new VCE Study Design. Developed by expert Victorian teachers for, VCE students.

Physics - Textbooks Victorian Certificate of Education examination - Study guides.

Jacaranda Outcomes 1 PDHPE Preliminary Course 5e Print & eBookPLUS This print and digital title provides rigorous adherence to the PDHPE Stage 6 Syllabus. Written by an experienced author team led by Ron Ruskin, the latest edition includes information on current trends and health promotion campaigns, alongside up-to-date data and statistics. A new refreshed design makes the content easy to follow and engaging, with updated figures and artwork. The new edition of Jacaranda Outcomes 1 PDHPE Preliminary Course includes these key updates: Brand-new case studies and examples of health promotion campaigns, as well as fitness trends and technology and the effect of social m edia on mental health; The most up-to-date data and statistics on fitness and risk factors for health; Updates to test ratings and norms, including the Yo-Yo test; Improved content on velocity and acceleration; The issues and priorities in Australia's health section (Core 1) has been completely updated, including new tables, graphs and figures; Updates to the DRSABCD protocols and the legal implications of first aid An access code for the eBookPLUS comes free on the inside cover of your printed text, so you can make the most of both the print and digital formats.

Jacaranda Maths Quest AC The Jacaranda Maths Quest Australian Curriculum series has been completely refreshed with new content, deeper differentiation and even more innovative tools to enable every student to experience success Â- ensuring no student is left behind, and no student is held back. Jacaranda learning experience Every student is supported to progress from Simple and Complex Familiar contexts through to Complex Unfamiliar contexts and be able to show WHAT they know plus HOW to apply it. Meaningful differentiation at every stage Every student ability is catered for with access to videos for every lesson, simplified theory, differentiated question sets, interactivities, worked examples and more. Upgrade to the Supercourse for even more opportunities for remediation, extension and acceleration. Learning analytics to support teaching Learning is made more visible, with access to instant reports into student progress in formative and summative assessments including, mapping results against the cognitive verbs and results by assignment. Features: New ÂPowering up for Year 7Â online, 6-week program that is designed to plug any gaps from earlier years New teaching videos for every lesson that are flexible enough to be used for pre- and post-learning, flipped classrooms, class discussions, remediation and more! New teachON section, with practical teaching advice including, learning intentions and 3 levels of differentiated teaching programs New eWorkbook that allows teachers and students to download additional activities to support deeper learning New questions match one-to-one in print and online to enable multi-modal classrooms. Fully worked solutions for every question demonstrate best practice and help prevent the creation of misconceptions New simplified theory and explanations and pared back chapters Even more embedded interactivities and videos to enable students to explore concepts and learn deeply New differentiated question sets at 3 levels with immediate feedback in every lesson to enable students to challenge themselves at their own level New learning intentions and success criteria for every subtopic, so students understand what they need learn and can give feedback on their own progress New visual concepts maps at the end of each chapter to help summarise understanding Worked examples in every lesson featuring the familiar THINK/WRITE columns provide exemplary solutions and explanations New response analysis report, for deeper insights and comparisons

This new series adopts a qualitative and quantitative model approach to the teaching of physics. Models, laws and theories are developed and used to explain and predict physical phenomena, from the very small to the very large. Students investigate their predictions using the scientific method and by interpreting second hand data (SIS strand).