An Introduction to Physical Science, fifteenth edition by James T. Shipman and Jerry D. Wilson, published by Cengage Learning on June 30, 2020, offers a comprehensive foundation in the core disciplines of physical science. This 800‑page volume seamlessly integrates physics, chemistry, astronomy, meteorology, and geology through an interdisciplinary lens, illustrating theoretical constructs with real‑world applications. Designed for both non‑science majors and research‑oriented readers, its balanced descriptive and quantitative approach fosters critical thinking and analytical skill development. The fifteenth edition introduces WebAssign integration, active‑learning modules, and a mobile‑friendly eBook to enhance engagement and accessibility. ⚛️📘🔬
Overview of the Textbook
Authors and Edition
The fifteenth edition of An Introduction to Physical Science is co‑authored by James T. Shipman and Jerry D. Wilson, both esteemed educators with extensive experience in science pedagogy. Published by Cengage Learning on June 30, 2020, this new edition builds on four decades of Shipman and Wilson’s collaboration. The print edition spans 800 pages and is identified by ISBN‑13 「978‑1337616416」, ensuring comprehensive coverage of foundational and advanced topics.
Purpose and Audience
Originally conceived to demystify physical science for undergraduates, this textbook has evolved into a versatile resource for both classroom instruction and independent study. Its clear language and systematic progression cater to non‑science majors, while its depth and quantitative rigor meet the expectations of research‑focused students.
Content and Structure
Interdisciplinary Approach
Covering the five major divisions of physical science—physics, chemistry, astronomy, geology, and meteorology—the text emphasizes the interconnectedness of natural phenomena. By employing descriptive narratives alongside quantitative analyses, the authors ensure that concepts such as energy transfer, atomic structure, and planetary science are accessible to a broad audience.
Chapter Breakdown
The textbook comprises 「20 chapters」, beginning with foundational topics like Measurement and Motion, progressing through Force, Energy, and Waves, and culminating in advanced areas such as Organic Chemistry, Solar System Exploration, and Atmospheric Effects.
「Preface」
「1. Measurement」
「2. Motion」
「3. Force and Motion」
「4. Work and Energy」
「5. Temperature and Heat」
「6. Waves and Sound」
「7. Optics and Wave Effects」
「8. Electricity and Magnetism」
「9. Atomic Physics」
「10. Nuclear Physics」
「11. The Chemical Elements」
「12. Chemical Bonding」
「13. Chemical Reactions」
「14. Organic Chemistry」
「15. Place and Time」
「16. The Solar System」
「17. Moons and Small Solar System Bodies」
「18. The Universe」
「19. The Atmosphere」
「20. Atmospheric Effects」
Pedagogical Features and Resources
Supplemental Materials
Each chapter concludes with review questions, hands‑on lab exercises, and discussion prompts designed to reinforce core principles and encourage active learning. A dedicated Laboratory Guide offers 「55 curated experiments」 that span the five divisions, facilitating experiential understanding through empirical investigation. Supplemental resources include an instructor’s eReview copy, PowerPoint slides, and a test bank to support curriculum customization.
Digital Learning Tools
The fifteenth edition integrates seamlessly with WebAssign, offering an online homework platform that delivers immediate feedback and adaptive practice. Learners benefit from interactive simulations, active‑learning modules, and a mobile‑optimized eTextbook, enabling flexible access across devices.
Relevance for Students and Researchers
For Students
Undergraduates pursuing non‑science majors will find the text approachable, as it contextualizes complex ideas within everyday phenomena and contemporary scientific challenges. 🌟Detailed worked examples and step‑by‑step problem resolutions foster confidence and competence in quantitative reasoning.
For Researchers
Researchers and advanced students will appreciate the depth of the quantitative treatments, particularly in chapters covering atomic, nuclear, and organic chemistry, which provide a solid theoretical scaffold for further investigation. The text’s interdisciplinary orientation also serves as a valuable reference for projects that straddle multiple physical science domains. 🔬
Conclusion
With its robust pedagogical design, versatile delivery modes, and emphasis on real‑world applications, An Introduction to Physical Science remains a gold standard for introductory science education and a reliable reference for researchers alike.
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