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Heinemann Physics 12 Student Book with eBook, 4th Edition

Doug Bail
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Heinemann Physics 12 Student Book with eBook, 4th Edition

By Doug Bail, Greg Moran, Keith Burrows, Rob Chapman, Ann Conibear ...show more
$88.95
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Overview
Author
Doug Bail
...show all
Edition
4th
ISBN
9781488611278
Published Date
16/12/2016
Pages
407

 

Reader+ is the home of your eBooks. It gives you more options, more flexibility and more control when it comes to the classroom materials you use. It comes with features like in-text note taking, bookmarking, highlighting, interactive videos, audio tools, presentation tools and more. 


It's all about giving teachers and learners more options and more opportunities to make progress in the classroom, and beyond. Click here to learn more.


 

Duration of access

The digital code will give 27 months access to the eBook from the date of activation.



The market-leading and well known Heinemann Physics has been updated to fully match the 2016-2020 VCE Physics Study Design. We've vastly improved this series while still retaining the style and approach that teachers love.


How do I activate my eBook?

When you purchase your eBook, it will come with an access code. This code will be emailed to you. If you purchase a printed book with eBook, it will come with its eBook access code inside the cover.

To activate your code, you'll need to log in to pearsonplaces.com.au. If you don't have an account you will need to create one at pearsonplaces.com.au. Once you have logged into pearsonplaces.com.au click on the 'Add product' button in your bookshelf. Type in your 12 digit access code and click 'Verify product now.

For further help, download the 'How to activate my eBook' guide.

Features
Key features of the eBook
  • Available for use online and offline
  • Read the student book with bonus multimedia content.
  • Add, edit, and delete highlights and notes
  • Synchronise state and data across multiple devices even when the user is offline
Supplement URL
Visit the Heinemann Physics website to download sample pages and request an inspection copy.
Table of contents
  • Unit 3: How do fields explain motion and electricity?
  • AREA OF STUDY 1 How do things move without contact?
  • Chapter 1 Gravity 1
  • Chapter 2 Electric and magnetic fields
  • Chapter 3 Applications of fields
  • AREA OF STUDY 2 How are fields used to move electrical energy?
  • Chapter 4 Electromagnetic induction and transmission of electricity
  • AREA OF STUDY 3 How fast can things go?
  • Chapter 5 Newtonian theories of motion
  • Chapter 6 Special relativity
  • Chapter 7 The relationship between force, energy and mass
  • Unit 4: How can two contradictory models explain both light and matter?
  • AREA OF STUDY 1 How can waves explain the behaviour of light? and AREA OF STUDY 2 How are light and matter similar?
  • Chapter 8 Properties of mechanical waves
  • Chapter 9 The nature of light
  • Chapter 10 Light and matter
  • Area of Study 1 Review
  • Area of Study 2 Review
  • APPENDIX A SI units
  • APPENDIX B Understanding measurement
  • ANSWERS
  • GLOSSARY
  • INDEX
  • ACKNOWLEDGEMENTS

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