Overview
ÃÛÌÒapp Physics Western Australia has been updated to support educators implementing the new Physics ATAR Course Syllabus, for implementation from 2025 (Year 11) and 2026 (Year 12).
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Year Levels 11–12
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Curriculum WA
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Subject Science
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Resource Formats Print, Digital
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Learning Focus Physics
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Last Updated May 2025
What it is
Developed by leading Western Australian educators, ÃÛÌÒapp Physics WA 2nd Edition is fully aligned to the Physics ATAR Course Syllabus. It helps you prepare students in Years 11 and 12 for a future in science with:
- in-depth student books
- interactive eBooks
- a suite of teaching resources.
What it includes
New Second Edition
Overview
ÃÛÌÒapp Physics 2nd edition has been carefully updated for the new Western Australian syllabus, for implementation from 2025 (Year 11) and 2026 (Year 12).
Trusted by teachers, ÃÛÌÒapp Physics 2nd edition Western Australia can be used alongside the Science Teachers’ Association of Western Australia (STAWA) Exploring Physics: Experiments, Investigations and Problems Second Edition.ÌýTogether they ensure full coverage of the required Science Inquiry Skills, Science as a Human Endeavour and Science Understanding content mandated by the syllabus.Ìý
Teachers are supported with teaching programs that link these resources in a coherent and effective way.Ìý
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Components
Student Books
The Student Book has been meticulously revised for the new Physics ATAR course syllabus, and reflects the very latest developments and applications of Physics.
Based in Western Australia, the author team brings extensive experience interpreting, teaching and writing to the Physics ATAR syllabus.
The text has been developed following best-practice literacy and instructional design principles to ensure the content and concepts are accessible to your students.
Components
Student eBooks and digital resources
The eBook provides access to Student Book content and digital resources, anywhere, anytime, online and offline.
Student eBook access includes:
- Fully worked solutions to all questions and worked examples in the student book
- Carefully selected, captivating videos that support each chapter
- A downloadable glossary of terms
- Support for Mathematical skills for Physics ATAR.
Components
Teacher eBooks and digital resources
Teacher eBook access includes:
- Downloadable, editable chapter tests and practice exams, supported by fully worked solutions and a formula and data booklet, updated in line with Physics ATAR examination design brief requirements
- Editable teaching programs for each unit which map the ÃÛÌÒapp resources to the syllabus and provide clear links to STAWA’s Exploring Physics resources. The teaching programs can be used as a quick guide to the course or as templates for your own planning
- Access to all student resources.
Table of contents
ÃÛÌÒapp Physics 11 Western Australia, 2nd Edition
CHAPTER 1 Practical investigationÌý
1.1 Designing and planning the investigation Ìý Ìý
1.2 Conducting investigations, and recording and presenting data Ìý
1.3 Discussing investigations and drawing evidence-based conclusionsÌý
Chapter reviewÌý
UNIT 1 Motion, forces and energyÌý
MOTION AND FORCESÌýÌý
CHAPTER 2 Scalars and vectors Ìý
2.1 Scalars and vectors Ìý
2.2 Adding vectors in one and two dimensions Ìý
2.3 Subtracting vectors in one and two dimensions
2.4 Vector components Ìý
Chapter reviewÌý
CHAPTER 3 Linear motion xxÌý
3.1 Displacement, speed and velocity Ìý
3.2 Acceleration Ìý
3.3 Graphing position, velocity and acceleration over time Ìý
3.4 Equations for uniform accelerationÌý
3.5 Vertical motionÌý
Chapter reviewÌý
CHAPTER 4 Momentum and forces Ìý
4.1 Momentum and conservation of momentum Ìý
4.2 Newton’s first law Ìý
4.3 Newton’s second law Ìý
4.4 Newton’s third law Ìý
4.5 Change in momentum and impulse Ìý
4.6 Impulse and force Ìý
4.7 Mass and weight Ìý
Chapter reviewÌý
Mechanical and thermal energyÌýÌýÌý
CHAPTER 5 Work, energy and power Ìý
5.1 Energy and work Ìý
5.2 Kinetic energy Ìý
5.3 Gravitational potential energy Ìý
5.4 Law of conservation of energy Ìý
5.5 Elastic and inelastic collisions Ìý
5.6 Power Ìý
Chapter reviewÌýÌý
CHAPTER 6 Heating processes ÌýÌý
6.1 Heat and temperature Ìý
6.2 Specific heat capacityÌý
6.3 Latent heat Ìý
6.4 Heating and cooling Ìý
Chapter reviewÌý
Unit 1 Review Ìý
Ìý
UNIT 2 Waves, nuclear and electrical physics Ìý
WavesÌýÌý
CHAPTER 7 The nature of wavesÌý
7.1 Longitudinal and transverse waves ÌýÌý
7.2 Representing waves Ìý
7.3 Wave behaviours—reflection, refraction and diffractionÌý
7.4 Wave interactions—superposition, interference and resonance ÌýÌý
7.5 Standing waves and harmonics Ìý
7.6 Applications of wave propertiesÌý
Chapter reviewÌý
Ionising radiation and nuclear reactionsÌýÌý
CHAPTER 8 Particles in the nucleusÌý
8.1 Atoms, isotopes and radioisotopesÌý
8.2 Radioactivity Ìý
8.3 Properties of alpha, beta and gamma radiationÌý
8.4 Half-life and decay seriesÌý
8.5 Radiation doses and effects on humansÌý
Chapter reviewÌý
CHAPTER 9 Fission and fusion Ìý
9.1 Nuclear fission and energy Ìý
9.2 Chain reactions and nuclear reactors 96Ìý
9.3 Nuclear fusion Ìý
Chapter reviewÌý
Electrical forces and energyÌýÌý
CHAPTER 10 Electrical physicsÌý
10.1 Behaviour of charged particlesÌý
10.2 Energy in electric circuitsÌý
10.3 Electric current and circuits Ìý
10.4 Resistance Ìý
10.5 Series and parallel circuits Ìý
10.6 Electrical safety Ìý
Unit 2 Review Ìý
APPENDIX A SI unitsÌý
APPENDIX B Understanding measurementÌý
APPENDIX C Mathematical skills for physics ATARÌý
ANSWERSÌý
GLOSSARY
INDEXÌý
ATTRIBUTIONS
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Table of contents
ÃÛÌÒapp Physics 12 Western Australia, 2nd Edition
CHAPTER 1 Practical investigationÌý
1.1 Designing and planning the investigationÌý
1.2 Conducting investigations, and recording and presenting data Ìý
1.3 Discussing investigations and drawing evidence-based conclusionsÌý
Chapter reviewÌý
UNIT 3 Gravity and relativityÌý
STATIC EQUILIBRIUM AND CENTRE OF MASSÌýÌý
Chapter 2 Equilibrium of forcesÌý
2.1 TorqueÌý
2.2 Equilibrium of forcesÌý
2.3 Static equilibriumÌý
Chapter 2 ReviewÌý
CIRCULAR MOTION IN HORIZONTAL AND VERTICAL PLANEÌýÌý
Chapter 3 Circular motionÌý
3.1 Circular motion in a horizontal planeÌý
3.2 Circular motion on banked tracksÌý
3.3 Circular motion in a vertical planeÌý
Chapter 3 ReviewÌý
GRAVITYÌýÌý
Chapter 4 The force due to gravity Ìý
4.1 Newton’s law of universal gravitationÌýÌý
4.2 Gravitational fieldsÌý
4.3 Work in a gravitational fieldÌý
4.1 Inclined planesÌý
4.2 Projectiles launched horizontallyÌý
4.3 Projectiles launched obliquelyÌý
4.7 Satellite motionÌý
Chapter 4 ReviewÌý
RELATIVITYÌýÌý
Chapter 5 Special relativityÌý
5.1 Einstein’s theory of special relativityÌý
5.2 Time dilationÌý
5.3 Length contractionÌý
Chapter 5 ReviewÌý
Unit 3 Review Ìý
Ìý
UNIT 4 Electromagnetism and modern physicsÌý
ELECTROMAGNETISMÌýÌý
Chapter 6 Electric fieldsÌý
6.1 Electric fields [TBC]Ìý
6.2 Coulomb’s lawÌý
6.3 Work done in an electric fieldÌý
Chapter 6 ReviewÌý
Chapter 7 Magnetic field and forceÌý
7.1 The magnetic fieldÌý
7.2 Forces on charged objectsÌý
7.3 The force on a conductorÌý
Chapter 7 ReviewÌý
Chapter 8 Magnetic field and emfÌý
8.1 Induced emf in a conductor moving in a magnetic fieldÌýÌý
8.2 Induced emf from a changing magnetic fluxÌý
8.3 Transforming voltage using changing magnetic fieldÌý
8.4 Lenz’s lawÌý
Chapter 8 ReviewÌý
PARTICLE ACCELERATORSÌýÌý
Chapter 9  Particle acceleratorsÌý
9.1 Particle acceleratorsÌý
9.2 Relativistic momentum and energyÌý
Chapter 9 ReviewÌý
WAVE PARTICLE DUALITY AND THE QUANTUM THEORYÌýÌý
Chapter 10 Wave–particle duality and the quantum theoryÌý
10.1 Properties of waves in two dimensionsÌý
10.2 Interference: Further evidence for the wave model of lightÌý
10.3 Electromagnetic wavesÌý
10.4 Light quanta: Blackbody radiation and the photoelectric effectÌýÌý
10.5 Atomic spectraÌý
10.6 The quantum nature of light and matterÌý
Chapter 10 ReviewÌý
COSMOLOGYÌýÌý
Chapter 11  CosmologyÌýÌý
11.1 Expansion of the universeÌý
Chapter 11 ReviewÌý
Unit 4 Review Ìý
APPENDIX A SI unitsÌý
APPENDIX B Understanding measurementÌý
APPENDIX C Mathematical skills for physics ATARÌý
ANSWERSÌý
GLOSSARYÌý
INDEXÌý
ATTRIBUTIONS
In partnership with
The Science Teachers' Association of Western Australia (STAWA)
STAWA is a not-for-profit organisation that supports and advocates for science teachers.
STAWA have developed the Exploring Physics books for Year 11 and 12, which include practical experiments and problems that are designed to be used alongside ÃÛÌÒapp’s Physics for Western Australia student books and resources.
Used together, Exploring Physics: Experiments, Investigations and Problems and ÃÛÌÒapp Physics Western Australia 2nd edition provide a complete package of support for the Science Inquiry Skills, Science as a Human Endeavour and Science Understanding strands
Samples & downloads
Tools and materials to help you unlock ÃÛÌÒapp Physics Western Australia.
- ÃÛÌÒapp Physics Western Australia 2nd Edition — Flyer Download PDF (759KB)
- ÃÛÌÒapp Physics Western Australia 11 — Student Book + Solutions — Chapter 2 — Sample Pages Download PDF (31.7MB)
- ÃÛÌÒapp Physics Western Australia 11 — Student Book + Solutions — Chapter 3 — Sample Pages Download PDF (4MB)
- ÃÛÌÒapp Physics Western Australia 12 — Student Book — Chapter 1 Practical Investigation — Sample Pages Download PDF (2.7MB)
- ÃÛÌÒapp Physics Western Australia 12 — Student Book — Chapter 3 Equilibrium of Forces — Sample Pages Download PDF (7.3MB)
Product Information
View resource titles, ISBNs and pricing for ÃÛÌÒapp Physics Western Australia 2nd Edition
Title | ISBN | Price (AUD) |
ÃÛÌÒapp Physics 11 Western Australia 2nd edition Student Book and eBook | 9780655719113 | $99.95 |
ÃÛÌÒapp Physics 11 Western Australia 2nd edition eBook | 9780655719090 | $63.95 |
ÃÛÌÒapp Physics 12 Western Australia 2nd edition Student Book and eBook | 9780655719120 | $99.95 |
ÃÛÌÒapp Physics 12 Western Australia 2nd edition eBook | 9780655719106 | $63.95 |
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