Physics for the IB Diploma

K. A. Tsokos

doi:10.1017/CBO9780511863011

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Kanderakis, Nikos 2014. What is the Meaning of the Physical Magnitude ‘Work’?. Science & Education, Vol. 23, Issue. 6, p. 1293.

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Hashempour, Javad Sharifian, Ahmad and Billingsley, John 2016. Experimental Measurement of Direct Thermal Radiation Through Single-Layer Square-Cell Plain Woven Screens. Journal of Heat Transfer, Vol. 138, Issue. 1,

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Jumaa, Khadija Hadi, Sabina Abdul and Nayfeh, Ammar 2019. Effect of PECVD a-Si Growth Temperature on the Performance of a-Si/c-Si Solar Cells. p. 1909.

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Ali, Zohaib and Ali, Khuram 2022. Modeling of improved efficiency and spectral response of a Si-based heterojunction solar cell by using CeO2 as a buffer layer. Journal of Computational Electronics, Vol. 21, Issue. 6, p. 1320.

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5th edition
K. A. Tsokos, American Community Schools, Athens

Publisher:: Cambridge University Press
Online publication date:: November 2012
Print publication year:: 2010
Online ISBN:: 9780511863011
DOI:: https://doi.org/10.1017/CBO9780511863011

Series:: IB Diploma

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Now available as a full-colour version, this best-selling fifth edition has been written for the IB student and covers the entire IB syllabus, including all the options at both Standard Level and Higher Level. The student-friendly design makes this comprehensive book easy to use and the accessible language ensures that the material is also suitable for students whose first language is not English. It includes: answers to the end-of-chapter questions; worked examples highlighting important results, laws, definitions and formulae; and a glossary of key terms.

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Physics for the IB Diploma

This Book has been cited by the following publications. This list is generated based on data provided by Crossref.

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Contents

Frontmatter
pp i-ii

Contents
pp iii-ix

Dedication
pp x-x

Preface
pp xi-xii

Part I - Core and AHL
pp 1-1

Topic 1 - Physics and physical measurement
pp 2-37

Topic 2 - Mechanics
pp 38-157

Topic 3 - Thermal properties of matter
pp 158-194

Topic 4 - Oscillations and waves
pp 195-279

Topic 5 - Electricity and magnetism
pp 280-366

Topic 6 - Atomic and nuclear physics
pp 367-414

Topic 7 - Energy, power and climate change
pp 415-453

Topic 8 - Digital technology
pp 454-470

Part II - Options
pp 471-471

SL Option A - Sight and wave phenomena
pp 472-481

SL Option B - Quantum physics
pp 482-482

SL Option C - Digital technology
pp 483-484

SL Option D - Relativity and particle physics
pp 485-486

SL and HL Option E - Astrophysics
pp 487-543

SL and HL Option F - Communications
pp 544-597

SL and HL Option G - Electromagnetic waves
pp 598-643

HL Option H - Special and general relativity
pp 644-689

HL Option I - Biomedical physics
pp 690-717

HL Option J - Particle physics
pp 718-769

Physics and the theory of knowledge (TOK) – SL and HL
pp 770-776

Appendices

1 - Physical constants
pp 777-777

2 - Masses of elements and selected isotopes
pp 778-779

3 - Astronomical data
pp 780-780

4 - Some important mathematical results
pp 781-781

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