Foundations of Astronomy, 14th Student Edition,
14th Edition

Michael A. Seeds, Dana Backman

ISBN-13: 9798214066691
Copyright 2024 | Published
688 pages | List Price: USD $182.95

Fascinating, engaging and extremely visual, Seeds/Backman's FOUNDATIONS OF ASTRONOMY, 14TH STUDENT EDITION, emphasizes scientific processes throughout as it guides students to answer two fundamental questions: What are we? And how do we know? In addition to exploring the newest developments and latest discoveries in the exciting field of astronomy, authors Seeds and Backman discuss the interplay between evidence and hypothesis, providing both factual information and a conceptual framework for understanding the logic of science. The text is available with WebAssign, the powerful digital solution that enriches the teaching and learning experience. It includes Virtual Astronomy Labs 3.0 -- a set of 20 interactive activities that combines analysis of real astronomical data with robust simulations, providing a true online laboratory experience for your introductory astronomy course.


Part I: THE SKY.
1. Here and Now.
2. A User's Guide to the Sky.
3. Moon Phases and Eclipses.
4. Origins of Modern Astronomy.
5. Gravity.
6. Light and Telescopes.
7. Atoms and Spectra.
8. The Sun.
9. The Family of Stars.
10. The Interstellar Medium.
11. Formation and Structure of Stars.
12. Stellar Evolution.
13. Deaths of Stars.
14. Neutron Stars and Black Holes.
15. The Milky Way Galaxy.
16. Galaxies: Normal and Active.
17. Modern Cosmology.
18. Origin of the Solar System and Extrasolar Planets.
19. Earth: The Active Planet.
20. The Moon and Mercury.
21. Venus and Mars.
22. Jupiter and Saturn.
23. Uranus, Neptune, Pluto and the Kuiper Belt.
24. Meteorites, Asteroids and Comets.
Part V: LIFE.
25. Astrobiology.
26. Conducting Astronomical Investigations.

  • Michael A. Seeds

    Mike Seeds was a professor of physics and astronomy at Franklin and Marshall College in Lancaster, Pennsylvania, from 1970 until his retirement in 2001. In 1989 he received F&M College’s Lindback Award for Distinguished Teaching. Mike’s love for the history of astronomy led him to create upper-level courses on archaeoastronomy and on the Copernican Revolution (“Changing Concepts of the Universe”). His research interests focused on variable stars and automation of astronomical telescopes. Mike is coauthor with Dana Backman of Horizons: Exploring the Universe, 12th edition (2012); Universe: Solar Systems, Stars, and Galaxies, 7th edition (2012); Stars and Galaxies, 8th edition (2013); The Solar System, 8th edition (2013); and ASTRO, 2nd edition (2013), all published by Cengage. He was senior consultant for creation of the 20-episode telecourse accompanying his book Horizons: Exploring the Universe.

  • Dana Backman

    Dana Backman taught in the physics and astronomy department at Franklin and Marshall College in Lancaster, Pennsylvania, from 1991 until 2003. He invented and taught a course titled “Life in the Universe” in F&M’s interdisciplinary Foundations program. Dana now teaches introductory Solar System astronomy at Santa Clara University and introductory astronomy, astrobiology, and cosmology courses in Stanford University’s Continuing Studies Program. His research interests focus on infrared observations of planet formation, models of debris disks around nearby stars, and evolution of the solar system’s Kuiper belt. Dana is employed by the SETI Institute in Mountain View, California, as director of education and public outreach for SOFIA (the Stratospheric Observatory for Infrared Astronomy) at NASA’s Ames Research Center. Dana is coauthor with Mike Seeds of Horizons: Exploring the Universe, 14th edition (2018); Universe: Solar Systems, Stars, and Galaxies, 7th edition (2012); Stars and Galaxies, 8th edition (2013); The Solar System, 8th edition (2013); and ASTRO, 2nd edition (2013), all published by Cengage.

  • New EXPANDING YOUR KNOWLEDGE boxes provide a closer look at the engineering process, modeling, and using data, as well as new astronomy topics that include the history of astronomy, space junk, human and robotic flight, and gravitational wave detectors. A new Chapter 26 (Conducting Astronomical Investigations) discusses lab practices, scientific investigations and safety, and tools used in lab activities.

  • KEY EQUATIONS now have numbers, titles and examples to demonstrate their use. This highlights and reinforces the equations that will be needed to solve problems in later chapters.

  • New SENSE OF PROPORTION questions have been added to help students ground their understanding of relative sizes of celestial objects, distances and so on. As a complement to this, discussion of proportionality has been expanded where relevant throughout the text.

  • The end-of-chapter SUMMARY sections have been significantly revised in all chapters with the goal of helping students focus and better navigate key concepts for review.

  • Discussion Questions have been replaced with ACTIVE INQUIRY QUESTIONS, designed to engage students in deeper critical thinking.

  • Every chapter has been revised and updated with new text and images regarding observatories, scientific missions and new discoveries.

  • Material on normal galaxies, active galaxies and black holes (previously Chapters 16 and 17) have been combined and streamlined into a single chapter (Chapter 16). Following chapters have been renumbered as a result.

  • Now AVAILABLE IN WEBASSIGN, both the teacher and student experience are improved -- offering more flexibility, customization and a variety of digital assets to enhance student engagement.

  • VIRTUAL ASTRONOMY LABS with guiding narratives, astronomical data and robust simulations are now included in a self-paced environment within WebAssign.

  • The authors focus strongly on the scientific method throughout the text, using astronomy to explore and explain fundamental scientific principles and processes.

  • HOW DO WE KNOW boxes highlight great moments in science from various disciplines to illustrate the logical processes scientists use to learn about nature.

  • PRACTICING SCIENCE features help students review key concepts and hone critical thinking skills by considering how scientists construct logical arguments from observations, evidence, theories and natural laws. Each feature includes a thoughtfully posed science question, sample answers to illustrate scientific reasoning and sometimes a second question that allows students to construct their own argument.

  • A unique art program showcases this visual science in striking style, with hallmark CONCEPT ART providing two-page visual summaries of key concepts covered in the text. CONCEPT FIGURES combine art and text to help students synthesize information as a unified concept. GUIDED DISCOVERY FIGURES show sequential frames of art to demonstrate processes that occur over time and "H–R" diagrams are designed to help students grasp key ideas at a glance. Whenever possible, the authors bring chapter content to life with captivating photographs from the latest NASA missions.

  • COMMON MISCONCEPTIONS highlight and correct popularly held misconceptions about astronomy.

  • SENSE OF PROPORTION questions gauge student understanding of relative sizes and quantities in the universe.

  • LEARNING TO LOOK questions prompt students to answer questions based on observations of visual evidence shown in diagrams or photographs.

Cengage provides a range of supplements that are updated in coordination with the main title selection. For more information about these supplements, contact your Learning Consultant.

Cengage Testing, powered by Cognero® for Seeds/Backman's Foundations of Astronomy, Student Edition

Cengage Testing, powered by Cognero® for Seeds/Backman's Foundations of Astronomy, Student Edition, Instant Access

Instructor's Companion Website for Seeds/Backman's Foundations of Astronomy, Student Edition