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SACE 2 Physics Textbook Part 1 Third Edition – SALE

Year 12 Publication

ISBN: 978-1-921548-34-5

Author/s: Andrew Olesnicky & Neville Lawrence

Unit Price: $15.00

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Overview

On sale now! Was $38, now only $15. While stock lasts.

The Key Ideas Textbooks are designed to support the teaching of SACE Stage 1 and 2 subjects in South Australia. The SACE 2 Physics Textbooks are designed to meet the Subject Outline requirements of the SACE Stage 2 Physics course.

Part 1 (of 2) Physics Key Ideas Textbook is used by almost 90 percent of SA and NT schools. This edition is now a two-colour text.

SACE 2 Physics Key Ideas Textbook Third Edition Part 1 sample pages

 The SACE 2 Physics Textbook will be replaced by a new book for students taking SACE Stage 2 Physics in 2018.

Table of Contents

Contents
1. Projectile Motion 4
1.1 Vector Preliminaries 4
1.2 Horizontal and Vertical Velocity Components 8
1.3 Projectile Motion Calculations 11
1.4 Relationship Between Range and Launch Angle 17
1.5 The Effect of Air Resistance 19
1.6 Energy Considerations 22
1.7 Application – Projectiles in Sport 23
1.8 Exercises 30
2. Uniform Circular Motion 36
2.1 Centripetal Acceleration 36
2.2 Forces Causing Centripetal Acceleration 41
2.3 Application – The Banking of Road Curves 46
2.4 Exercises 50
3. Gravitation and Satellites 56
3.1 Newton’s Law of Universal Gravitation 56
3.2 Satellite Motion 60
3.3 Application – Weather and Communication Satellites 64
3.4 Exercises 68
4. Momentum in Two Dimensions 74
4.1 Newton’s Second Law of Motion 74
4.2 The Concept of Momentum and Newton’s Second Law of Motion 76
4.3 The Law of Conservation of Momentum 81
4.4 Application -- Rockets 90
4.5 Exercises 93
5. Electric Fields 102
5.1 Coulomb’s Law 102
5.2 The Electric Field 107
5.3 Application – Photocopiers and Laser Printers 117
5.4 Exercises 122
6. Motion of Charged Particles in Electric Fields 126
6.1 Electric Potential Difference 126
6.2 Electric Field Strength in a Uniform Electric Field 130
6.3 Acceleration in Uniform Electric Field 132
6.4 Motion of Charged Particles Parallel to an Electric Field 133
6.5 Motion of Charged Particles Initially Moving Perpendicular to a Field 137
6.6 Exercises 140
7. Magnetic Fields 144
7.1 The Creation of Magnetic Fields 144
7.2 Pictorial Representation of Magnetic Fields 142
7.3 Some Specific Magnetic Fields 146
7.4 Magnetic Field Strength 150
7.5 The Force on a Current Carrying Conductor in a Magnetic Field 152
7.6 Application – The Moving Coil Loudspeaker 156
7.7 Exercises 159
8. Motion of Charged Particles in Magnetic Fields 164
8.1 Forces on a Charged Particle in a Magnetic Field 164
8.2 Motion of a Charge Particle at Right Angles to a Magnetic Field 167
8.2 Application – The Cyclotron 171
8.4 Exercises 177
9. Appendices 183

 
Adelaide Tuition Centre

Essentials authors help our team design and teach holiday revision seminars in Term 1, 2 and 3 holidays

Phone: 08 8241 5568

Adelaide Tuition Centre Location

Books can be purchased online or in-person from our office.

21 Fourth Street, Bowden,
SA, AUSTRALIA 5007
Ph: 08 8241 5568
Fax: 08 8241 5597
ABN: 17 162 631 647
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