Astronomy for Beginners

Edition: 1

Copyright: 2020

Pages: 726

Choose Your Format

Choose Your Platform | Help Me Choose

Ebook

$54.69

ISBN 9781465294128

Details Electronic Delivery EBOOK 180 days

Too many textbooks leave the students gasping, “Do I need to know all this?”

Astronomy for Beginners isn’t intended to be an encyclopedia. It’s intended to be an introduction, so that it’s short, but it covers the essentials. It’s also written to accommodate how today’s students learn about the world around them, and to be user-friendly for their instructors. Above all, it stresses what everyone needs to know about science: that the Universe follows orderly, predictable laws, and that we human beings can learn these laws, with careful observation, logic, and reason, although we will always still need to test our understanding by experiment—or in other words, by trying things out.

For Both Students and Instructors

Chapter 1: Why Study Science, If You’re Interested in Something Else?

Chapter 2: Powers of Ten and Scientific Notation

Chapter 3: Units, Light-Years, and Look-Back Time

Chapter 4: Proportions: A Quick Tour of Space and Time

Chapter 5: The Cosmic Calendar

Chapter 6: Classical Astronomy: the Positions and Motions of Objects in the Sky

Chapter 7: What is Science? An Introduction to Scientific Method

Chapter 8: The Motions of the Planets and the Beginning of Science: A History of Human Ideas

Chapter 9: Matter and Energy

Chapter 10: Light and Spectra

Chapter 11: More Tricks of the Light: Other Ways Astronomers Read Information in Starlight

Chapter 12: Telescopes

Chapter 13: Eyes, Small Telescopes, and Photography  

Chapter 14: The Solar System

Chapter 15: Exoplanets: Planets of Other Stars

Chapter 16: Planet Earth

Chapter 17: Moon Phases and Eclipses

Chapter 18: Earth’s Moon

Chapter 19: Mars

Chapter 20: Cosmic Debris: Asteroids and Comets

Chapter 21: Mercury, Venus, and Atmospheres  

Chapter 22: The Outer Planets

Chapter 23: The Sun and Nuclear Energy

Chapter 24: The Stars

Chapter 25: The H-R Diagram and the Lives of the Stars

Chapter 26: Nebulae, Star Birth, and Star Death

Chapter 27: Black Holes and Relativity

Chapter 28: Ultimate Address and the Large-Scale Structure of the Universe

Chapter 29: Cosmology

Chapter 30: The Deep Universe

Chapter 31: Life from Outer Space

Chapter 32: (Some of) The Most Influential Scientific Findings of All Time

Appendices
Appendix 1: Seven Skills to Learn in College
Appendix 2: The Value of Amateur Participation in Astronomy  
Appendix 3: Professor Ringwald’s Short but Essential Space Reading List
Appendix 4: Movies Recommended for Space Enthusiasts
Appendix 5: Style Conventions Used in This Text
Appendix 6: Words that Reveal Provincial Thinking, Cosmic or Otherwise
Appendix 7: Bibliography
Appendix 8: For Photographers: Focal Length, f-ratio, and Time Exposures

Homework Assignments

Frederick Ringwald

Too many textbooks leave the students gasping, “Do I need to know all this?”

Astronomy for Beginners isn’t intended to be an encyclopedia. It’s intended to be an introduction, so that it’s short, but it covers the essentials. It’s also written to accommodate how today’s students learn about the world around them, and to be user-friendly for their instructors. Above all, it stresses what everyone needs to know about science: that the Universe follows orderly, predictable laws, and that we human beings can learn these laws, with careful observation, logic, and reason, although we will always still need to test our understanding by experiment—or in other words, by trying things out.

For Both Students and Instructors

Chapter 1: Why Study Science, If You’re Interested in Something Else?

Chapter 2: Powers of Ten and Scientific Notation

Chapter 3: Units, Light-Years, and Look-Back Time

Chapter 4: Proportions: A Quick Tour of Space and Time

Chapter 5: The Cosmic Calendar

Chapter 6: Classical Astronomy: the Positions and Motions of Objects in the Sky

Chapter 7: What is Science? An Introduction to Scientific Method

Chapter 8: The Motions of the Planets and the Beginning of Science: A History of Human Ideas

Chapter 9: Matter and Energy

Chapter 10: Light and Spectra

Chapter 11: More Tricks of the Light: Other Ways Astronomers Read Information in Starlight

Chapter 12: Telescopes

Chapter 13: Eyes, Small Telescopes, and Photography  

Chapter 14: The Solar System

Chapter 15: Exoplanets: Planets of Other Stars

Chapter 16: Planet Earth

Chapter 17: Moon Phases and Eclipses

Chapter 18: Earth’s Moon

Chapter 19: Mars

Chapter 20: Cosmic Debris: Asteroids and Comets

Chapter 21: Mercury, Venus, and Atmospheres  

Chapter 22: The Outer Planets

Chapter 23: The Sun and Nuclear Energy

Chapter 24: The Stars

Chapter 25: The H-R Diagram and the Lives of the Stars

Chapter 26: Nebulae, Star Birth, and Star Death

Chapter 27: Black Holes and Relativity

Chapter 28: Ultimate Address and the Large-Scale Structure of the Universe

Chapter 29: Cosmology

Chapter 30: The Deep Universe

Chapter 31: Life from Outer Space

Chapter 32: (Some of) The Most Influential Scientific Findings of All Time

Appendices
Appendix 1: Seven Skills to Learn in College
Appendix 2: The Value of Amateur Participation in Astronomy  
Appendix 3: Professor Ringwald’s Short but Essential Space Reading List
Appendix 4: Movies Recommended for Space Enthusiasts
Appendix 5: Style Conventions Used in This Text
Appendix 6: Words that Reveal Provincial Thinking, Cosmic or Otherwise
Appendix 7: Bibliography
Appendix 8: For Photographers: Focal Length, f-ratio, and Time Exposures

Homework Assignments

Frederick Ringwald