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Overview
This second edition of Serway's Physics For Global Scientists and Engineers is a practical and engaging introduction for students of calculus-based physics.
Students love the Australian, Asia-Pacific and international case studies and worked examples, concise language and high-quality artwork, in two, easy-to-carry volumes.
* NEW key topics in physics, such as the Higgs boson, engage students and keep them interested
* NEW Maths icons highlight mathematical concepts in the text and direct students to the relevant information in the Maths Appendix
* NEW Index of Symbols provides students with a quick reference for the symbols used throughout the book
This volume (two) includes Electricity and magnetism, Light and optics, and Quantum physics.
Volume one covers Mechanics, Mechanical properties of solids and fluids, Oscillations and mechanical waves, and Thermodynamics.
Physics For Global Scientists and Engineers is compatible with WebAssign - the most powerful online homework solution for physics, maths and statistics. Engage students with immediate feedback, highly visual content and interactive questions, to develop a deeper conceptual understanding. Designed to help you to quickly and easily create assignments, save time with auto-grading and monitor your students’ progress, WebAssign can be integrated with your Learning Management System, allowing easy access for you and your students. Ask your Learning Consultant for a demo.
- NEW updated WebAssign with PreLecture Explorations that allow students to make predictions, change parameters, and then observe the results. Every PreLecture Exploration comes with conceptual and analytical questions that guide students to a deeper understanding and help promote a robust physical intuition.
- Wayne Rowlands is a valuable NEW addition to our adapting author team. Wayne joins Kate Wilson and Anna Wilson, and is a Senior Lecturer in the Department of Physics and Astronomy at Swinburne University of Technology. He has a PhD in laser atomic physics from the University of Melbourne, and a Graduate Certificate in Learning and Teaching from Swinburne University of Technology. His interests cover fundamental experimental research, science education and outreach
- NEW and UPDATED regional and international case studies to engage students and provide context.
- NEW Maths Icon to highlight mathematical concepts in the text and direct students to the relevant information in the Maths Appendix
- Content aligned to local curriculum, to ease the transition from school to university physics.
- Uncertainty icon highlights coverage of the uncertainty principle integrated throughout the text to help students identify and understand this important concept in context.
- Easy-to-carry two smaller volumes offers flexibility and manageability for students.
- ‘Try This’ examples demonstrate key concepts with simple experiments that students can do themselves using everyday items, allowing them to apply the theory.
- Engineering and Scientific examples and problems to help students relate physics concepts to a range of other disciplines.
- International and regional case studies throughout the text have been written by practitioners from a wide range of disciplines and cover relevant applications and research in physics, helping students to engage and understand physics.
- Active Figures highlighted throughout the text indicate questions which are supported by interactive animated presentations in Enhanced Web Assign. These are also available in the instructor resources.
- Worked examples, a hallmark of the text, provide conceptual explanations along with the mathematical pathway for every step. The examples closely follow the authors' proven General Problem Solving Strategy to reinforce good problem solving habits. What If? Extensions are included with some of these examples to further reinforce conceptual understanding.
- An extensive set of problems is included at the end of each chapter. For the convenience of both the student and the instructor, a selection of the problems are keyed to specific sections of the chapter. The remaining extension problems include Additional Problems and Challenge Problems which require students to synthesise key ideas from several sections.
Part V: Electricity and magnetism
23. Electric fields
24. Gauss’s law
25. Electric potential
26. Energy and capacitance
27. Current and resistance
Case study 6 BSCCO: a high-temperature superconductor with local roots
28. Direct-current circuits
29. Magnetic fields
30. Magnetic forces
31. Faraday’s law
32. Inductance
33. Alternating-current circuits
34. Electromagnetic waves
Case study 7 Accelerator mass spectrometry
Part VI: Light and optics
35. The nature of light and the principles of ray optics
36. Image formation
37. Wave optics
38. Diffraction patterns and polarisation
Case study 8 Fibre optics and the human body
Part VII: Quantum physics
39. Quantisation and wave-particle duality
40. Introduction to quantum mechanics
41. Atomic physics
42. Quantum physics of molecules and solids
43. Nuclei and radioactivity
44. Particle physics
Case study 9 The discovery of the Higgs boson