DIGITAL - Cambridge IGCSE™ Physics Digital Coursebook (2 Years)

Cambridge IGCSE™ Physics Digital Coursebook (2 Years)

Author/s: David Sang, Mike Follows, Sheila Tarpey

This digital coursebook has been developed from extensive research through lesson observations, interviews and work with our research community (the Cambridge Panel) to meet specific needs.

Activities and exercises develop students’ essential skills, including practical work.

English as a second language learners are supported with command terms, accessible language and glossary definitions.

Exam-style questions build student confidence. Projects provide opportunities for assessment for learning, cross-curricular learning and developing skills for life.

There are multiple opportunities to engage in active learning, from scripting a podcast, to discussions and debates. In each chapter students are given the chance to reflect on their work, helping them become responsible, independent learners, thinking not just ‘what’ they did well or not well, but ‘why’ and ‘how’ they came up with the answer they did, and how they might improve this in future.

Regular self-assessment and peer-assessment features, give students the opportunity to assess their own work or the work of their peers in relation to the learning objectives and learn from one another. Answers are accessible to teachers for free on the Cambridge GO platform.

Features:

• Develops student scientific enquiry skills such as making predictions, recording observations, handling data, interpreting data and evaluating methods through the ‘Experimental skills’ feature

• Project feature at the end of each chapter supports assessment for learning, cross-curricular learning, skills for life and differentiation

• End of chapter exam-style questions build student confidence

• Answers to all in-chapter and exam-style questions and activities are freely available to teachers on the 'supporting resources' area of the Cambridge GO platform

• ‘Experimental Skills’ feature gives students hands on experience and builds student understanding so they can put theory into a practical context

• Features such as ‘Getting Started’, summaries and reflection boxes provide opportunities for students to practise their reflection skills

• ‘Science in Context’ features with open-ended discussion questions enable students to practise their English skills, interpret ideas in a real-world context, and debate concepts with other learners

• Opportunities for learners to engage in active learning range from tasks such as scripting a podcast or voiceover for a video, to creative work such as a comic strip poster or oral work such as a debate or speech!

• Activities build in complexity to support students’ learning journeys, and worked examples help them whenever they need to use an equation. All our resources are written in accessible language with features to support our English as a second language learners.

Contents:

• How to use this series
• How to use this book
• Introduction
• 1. Making measurements
• 2. Describing motion
• 3. Forces and motion
• 4. Turning effects
• 5. Forces and matter
• 6. Energy changes and transfers
• 7. Energy resources
• 8. Work and power
• 9. The kinetic model of matter
• 10. Thermal properties of matter
• 11. Thermal energy transfers
• 12. Sound
• 13. Light
• 14. Properties of waves
• 15. The electromagnetic spectrum
• 16. Magnetism
• 17. Static electricity
• 18. Electrical quantities
• 19. Electrical circuits
• 20. Electromagnetic forces
• 21. Electromagnetic induction
• 22. The nuclear atom
• 23. Radioactivity
• 24. Earth and the Solar System
• 25. Stars and the Universe.