Inquiry into Physics
By Vern J. Ostdiek, Donald J. Bord, Vahé Peroomian
About your course materials
Reflecting the latest developments in the field and featuring an updated color art program, "Inquiry into Physics," Ninth Edition continues to emphasize the inquiry approach to learning physics by asking students to conduct simple experiments using common household items, to discover relationships between physical quantities on their own, and to seek inspiration from and understanding of the natural world around them.
To promote student engagement, each chapter begins with an "Imagine This" segment focusing on a device or phenomenon whose operation or explanation relies on the physics principles discussed in the chapter. To build conceptual understanding, this algebra-based text includes DIY physics activities, concept mapping exercises, and quizzes throughout.
Each chapter includes at least one Applications feature demonstrating the use of physical concepts in areas such as astronomy, medicine, environmental science, engineering, and cultural studies. The text also reviews the historical development of physics and offers vignettes about the scientists who contributed to the advancement of the field, providing context that's particularly relevant for non-science majors.
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About this product
Reflecting the latest developments in the field and featuring an updated color art program, "Inquiry into Physics," Ninth Edition continues to emphasize the inquiry approach to learning physics by asking students to conduct simple experiments using common household items, to discover relationships between physical quantities on their own, and to seek inspiration from and understanding of the natural world around them.
To promote student engagement, each chapter begins with an "Imagine This" segment focusing on a device or phenomenon whose operation or explanation relies on the physics principles discussed in the chapter. To build conceptual understanding, this algebra-based text includes DIY physics activities, concept mapping exercises, and quizzes throughout.
Each chapter includes at least one Applications feature demonstrating the use of physical concepts in areas such as astronomy, medicine, environmental science, engineering, and cultural studies. The text also reviews the historical development of physics and offers vignettes about the scientists who contributed to the advancement of the field, providing context that's particularly relevant for non-science majors.
Uses principles in natural phenomena, like thunder and lightning storms, rainbows and halos, auroras, and the greenhouse effect, to better engage non-science majors.
Modern applications of physics, including smartphones and tablets, LCD TVs, airport metal detectors, radar "guns," and lasers, show students its relevance to their lives.
Concept maps in each chapter help students link concepts, processes, and systems in an easy-to-follow format — improving their understanding of important relationships.
The Imagine This feature presents a student-focused passage dealing with a device whose purpose can be explained using physical quantities and principles in the chapter.
Table of contents
- Getting Started
- 1. The Study of Motion
- 2. Newton's Laws
- 3. Energy and Conservation Laws
- 4. Universal Gravitation
- 5. Physics of Matter
- 6. Temperature and Heat
- 7. Waves and Sound
- 8. Electricity
- 9. Electromagnetism and EM Waves
- 10. Optics.
- 11. Atomic Physics
- 12. Nuclear Physics
- 13. Relativity, Particle Physics, and Cosmology
- Appendix A: Winners of the Nobel Prize in Physics
- Appendix B: Math Review
- Appendix C: Answers
- Appendix D: Table of Conversion Factors and Other Information
- Appendix E: Periodic Table of the Elements
- Appendix F: Physics Connections to the Real World
- Glossary of Key Terms and Laws
- Credits
- Index
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