Astronomy Today:Stars and Galaxies, Vol. II

Astronomy Today:Stars and Galaxies, Vol. II

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Chaisson/McMillan's writing style and pedagogically driven art program are recognized as being scientifically accurate yet accessible to non-science majors. The integrated media program contains the market's only E-book. It provides readers with innovative and interactive tools to learn and test their understanding of astronomy concepts. Topics covered include Astronomy and the Universe, Our Planetay System, Stars and Stellar Evolution, Galaxies and Cosmology, and more. For one or two-semester introductory astronomy more

Product details

  • Paperback | 576 pages
  • 213.36 x 274.32 x 22.86mm | 1,292.73g
  • Pearson Education Limited
  • Prentice-Hall
  • Harlow, United Kingdom
  • English
  • 4th edition
  • 0130935719
  • 9780130935717

Table of contents

(NOTE: Volume 1 contains Chs. 1-15 and Volume 2 contains Chs. 1-5 and 16-28.) ASTRONOMY AND THE UNIVERSE. 1. Charting the Heavens: The Foundation of Astronomy. Our Place in Space. The Obvious View. Earth's Orbital Motion. The Motion of the Moon. The Measurement of Distance. 2. The Copernican Revolution: The Birth of Modern Science. Ancient Astronomy. The Geocentric Universe. The Heliocentric Model of the Solar System. The Birth of Modern Astronomy. The Laws of Planetary Motion. The Dimensions of the Solar System. Newton's Laws. 3. Radiation: Information from the Cosmos. Information from the Skies. Waves in What? The Electromagnetic Spectrum. The Distribution of Radiation. The Doppler Effect. 4. Spectroscopy: The Inner Workings of Atom. Spectral Lines. The Formation of Spectral Lines. Molecules. Spectral-Line Analysis. 5. Telescopes: The Tools of Astronomy. Optical Telescopes. Telescope Size. High-Resolution Astronomy. Radio Astronomy. Interferometry. Space-Based Astronomy. Full-Spectrum Coverage. OUR PLANETARY SYSTEM. 6. The Solar System: An Introduction to Comparative Planetology. An Inventory of the Solar System. Planetary Properties. The Overall Layout of the Solar System. Terrestrial and Jovian Planets. Interplanetary Debris. Spacecraft Exploration of the Solar. 7. The Earth: Our Home in Space. Overall Structure of Planet Earth. Earth's Atmosphere. Earth's Interior. Surface Activity. Earth's Magnetoshpere. The Tides. 8. The Moon and Mercury: Scorched and Battered World. Orbital Properties. Physical Properties. Surface Features on the Moon and Mercury. Rotation Rates. Lunar Cratering and Surface Composition. The Surface of Mercury. Interiors. The Origin of the Moon. Evolutionary History of the Moon and Mercury. 9. Venus: Earth's Sister Planet. Orbital Properties. Physical Properties. Long-Distance Observations of Venus. The Surface of Venus. The Atmosphere of Venus. Venus's Magnetic Field and Internal Structure. 10. Mars: A Near Miss for Life? Orbital Properties. Physical Properties. Long-Distance Observations of Mars. The Surface of Mars. The Martian Atmosphere. Martian Internal Structure. The Moons of Mars. 11. Jupiter: The Giant of the Solar System. Orbital and Physical Properties. The Atmosphere of Jupiter. Internal Structure. Jupiter's Magnetosphere. The Moons of Jupiter. Jupiter's Ring. 12. Saturn: Spectacular Rings and Mysterious Moons. Orbital and Physical Properties. Saturn's Atmosphere. Saturn's Interior and Magnetosphere. Saturn's Spectacular Ring System. The Moons of Saturn. 13. Uranus, Neptune, and Pluto: The Outer Worlds of the Solar System. The Discovery of Uranus. The Discovery of Neptune. Physical Properties of Uranus and Neptune. The Atmospheres of Uranus and Neptune. Magnetospheres and Internal Structure. The Moon Systems of Uranus and Neptune. The Rings of the Outermost Jovian Planets. The Discovery of Pluto. Physical Properties of Pluto. The Origin of Pluto. 14. Solar System Debris: Keys to Our Origin. Asteroids. Comets. Meteoroids. 15. The Formation of the Solar System: The Birth of Our World. Modeling the Origin of Our Solar System. The Condensation Theory. The Differentiation of the Solar System. The Role of Catastrophes. Planets Beyond the Solar System. STARS AND STELLAR EVOLUTION. 16. The Sun: Our Parent Star. Physical Properties of the Sun. The Solar Interior. The Solar Atmosphere. The Active Sun. The Heart of the Sun. Observations of Solar Neutrinos. 17. Measuring the Stars: Giants, Dwarfs and the Main Sequence. The Distances to the Stars. Stellar Motion. Luminosity and Apparent Brightness. Stellar Temperatures. Stellar Sizes. The Hertzsprung-Russell Diagram. Extending the Cosmic Distance Scale. Stellar Masses. 18. The Interstellar Medium: Gas and Dust Among the Stars. Interstellar Matter. Emission Nebulae. Dark Dust Clouds. 21-Centimeter Radiation. Interstellar Molecules. 19. Star Formation: A Traumatic Birth. Star-Forming Regions. The Formation of Stars Like the Sun. Stars of Other Masses. Observations of Cloud Fragments and Protostars. Shock Waves and Star Formation. Star Clusters. 20. Star Evolution: From Middle Age to Death. Leaving the Main Sequence. The Evolution of a Sunlike Star. The Death of a Low-Mass Star. Evolution of Stars More Massive than the Sun. Observing Stellar Evolution in Star Clusters. The Evolution of Binary-Star Systems. 21. Stellar Explosions: Novae, Supernovae, and the Formation of the Heavy Elements. Life after Death for White Dwarfs. The End of a High-Mass Star. Supernova Explosions. The Formation of the Elements. The Cycle of Stellar Evolution. 22. Neutron Stars and Black Holes: Strange States of Matter. Neutron Stars. Pulsars. Neutron-Star Binaries. Gamma-Ray Burts. Black Holes. Black Holes and Curved Space. Space Travel Near Black Holes. Observational Evidence for Black Holes. GALAXIES AND COSMOLOGY. 23. The Milky Way Galaxy: A Grand Design. Our Parent Galaxy. Measuring the Milky Way. The Large-Scale Structure of Our Galaxy. The Formation of the Milky Way. Galactic Spiral Arms. The Mass of the Milky Way Galaxy. The Galactic Center. 24. Normal Galaxies: The Large-Scale Structure of the Universe. Hubble's Galaxy Classification. The Distribution of Galaxies in Space. Galaxy Masses. Galaxy Formation and Evolution. Hubble's Law. 25. Active Galaxies and Quasars: Limits of the Observable Universe. Beyond the Local Realm. Properties of Active Galaxies. Quasi-Stellar Objects. The Central Engine of an Active Galaxy. Quasars as Cosmic Probes. Active Galaxy Evolution. 26. Cosmology: The Big Bang and the Fate of the Universe. The Universe on the Largest Scales. The Expanding Universe. The Fate of the Universe. Will the Universe Expand Forever? The Geometry of Space. The Cosmic Microwave Background. 27. The Early Universe: Toward the Beginning of Time. Back to the Big Bang. The Evolution of the Universe. The Formation of Nuclei and Atoms. The Inflationary Universe. The Formation of Structure in the Universe. 28. Life in the Universe: Are We Alone? Cosmic Evolution. Life in the Solar System. Intelligent Life in the Galaxy. The Search for Extraterrestrial Intelligence. APPENDICES. Appendix I: Scientific Notation. Appendix II: Astronomical Measurement. Appendix III: Tables. Appendix IV: Using SkyChart III. Glossary. Answers to Concept Check Questions. Answers to Self-Test Questions. Index. Star more

About Eric Chaisson

Eric Chaisson. Eric holds a doctorate in Astrophysics from Harvard University, where he spent ten years on the faculty of Arts and Sciences. For five years, Eric was a Senior Scientist and Director of Educational Programs at the Space Telescope Science Institute and Adjunct Professor of Physics at Johns Hopkins University. He then joined Tufts University, where he is now Professor of Physics, Professor of Education, and Director of the Wright Center for Innovative Science Education. He has, written nine books on astronomy, which have received such literary awards as he Phi Beta Kappa Prize, two American Institute of Physics Awards, and Harvard's Smith-Weld Prize for Literary Merit. He has published more than 100 scientific papers in professional journals, and has also received Harvard's Bok Prize for original contributions to astrophysics. Steve McMillan. Steve holds a bachelor's and master's degree in Mathematics from Cambridge University and a doctorate in Astronomy from Harvard University. He held post-doctoral positions at the University of Illinois and Northwestern University, where he continued his research in theoretical astrophysics, star clusters, and numerical modeling. Steve is currently Distinguished Professor of Physics at Drexel University and a frequent visiting researcher at Princeton's Institute for Advanced Study and the University of Tokyo. He has published over 40 scientific papers in professional more

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