Astronomy 2e Openstax
by Rachel Mastrapa
- Publisher
- De Anza College
- Subjects
- Physics
- Licence
- CC BY, as LibreTexts states it
- Who can read
- Tweens profiles and older, judged from its title and subjects
Contents
LibreTexts writes equations in TeX, and here they show as TeX; the PDF has them typeset.
- Front Matter
- TitlePage
- InfoPage
- Table of Contents
- Licensing
- 1: Introduction to Astronomy
- 1.1: Introduction
- 1.2: The Nature of Astronomy
- 1.3: The Nature of Science
- 1.4: The Laws of Nature
- 1.5: Numbers in Astronomy
- 1.6: Consequences of Light Travel Time
- 2: The Universe
- 2.1: A Tour of the Universe
- 2.2: The Universe on the Large Scale
- 2.3: The Universe of the Very Small
- 2.4: A Conclusion and a Beginning
- 3: Ancient Astronomy
- 3.1: The Sky Above
- 3.2: Ancient Astronomy
- 3.3: Key Terms
- 4: Modern Astronomy
- 4.1: The Birth of Modern Astronomy
- 4.2: The Laws of Planetary Motion
- 5: Physics and Gravity
- 5.1: Newton’s Great Synthesis
- 5.2: Newton’s Universal Law of Gravitation
- 5.3: Orbits in the Solar System
- 5.4: Motions of Satellites and Spacecraft
- 5.5: Gravity with More Than Two Bodies
- 5.6: Key Terms
- 6: Time
- 6.1: Earth and Sky
- 6.2: The Seasons
- 6.3: Keeping Time
- 6.4: The Calendar
- 7: The Moon
- 7.1: Phases and Motions of the Moon
- 8: The Moon 2
- 8.1: Ocean Tides and the Moon
- 8.2: Eclipses of the Sun and Moon
- 8.3: Key Terms
- 9: Light
- 9.1: The Behavior of Light
- 9.2: The Electromagnetic Spectrum
- 9.3: Spectroscopy in Astronomy
- 9.4: The Structure of the Atom
- 9.5: Formation of Spectral Lines
- 9.6: The Doppler Effect
- 9.7: Key Terms
- 10: Observing
- 10.1: Telescopes
- 10.2: Telescopes Today
- 10.3: Visible-Light Detectors and Instruments
- 10.4: Radio Telescopes
- 10.5: Observations outside Earth's Atmosphere
- 10.6: The Future of Large Telescopes
- 10.7: Key Terms
- 11: Solar System
- 11.1: Overview of Our Planetary System
- 11.2: Compostion and Structure of Planets
- 11.3: Dating Planetary Surfaces
- 11.4: Origin of the Solar System
- 11.5: Summary
- 12: Earth
- 12.1: The Global Perspective
- 12.2: Earth's Crust
- 12.3: Earth's Atmosphere
- 12.4: Life, Chemical Evolution, and Climate Change
- 12.5: Cosmic Influences on the Evolution of Earth
- 12.6: Key Terms
- 13: The Moon and Mercury
- 13.1: General Properties of the Moon
- 13.2: The Lunar Surface
- 13.3: Impact Craters
- 13.4: The Origin of the Moon
- 13.5: Mercury
- 13.6: Key Terms
- 14: Venus
- 14.1: The Nearest Planets - An Overview
- 14.2: The Geology of Venus
- 14.3: The Massive Atmosphere of Venus
- 15: Mars
- 15.1: The Geology of Mars
- 15.2: Water and Life on Mars
- 15.3: Divergent Planetary Evolution
- 15.4: Key Terms
- 16: Giant Planets
- 16.1: Exploring the Outer Planets
- 16.2: The Giant Planets
- 16.3: Atmosphere of the Giant Planets
- 16.4: Key Terms
- 17: Moons
- 17.1: Ring and Moon Systems Introduced
- 17.2: The Gailean Moons of Jupiter
- 17.3: Titan and Triton
- 18: Asteroids and Comets
- 18.1: Asteroids
- 18.2: Asteroids and Planetary Defense
- 18.3: The "Long-Haired" Comets
- 18.4: Key Terms
- 19: The Sun
- 19.1: The Structure and Composition of the Sun
- 19.2: The Solar Cycle
- 19.3: Solar Activity above the Photosphere
- 19.4: Mass, Energy, and the Theory of Relativity
- 19.5: The Solar Interior - Theory
- 19.6: The Solar Interior - Observations
- 19.7: Key Terms
- 20: The Stars
- 20.1: The Brightness of Stars
- 20.2: Colors of Stars
- 20.3: The Spectra of Stars (and Brown Dwarfs)
- 20.4: Measuring Stellar Masses
- 20.5: The H-R Diagram
- 21: Exoplanets
- 21.1: Planets beyond the Solar System- Search and Discovery
- 21.2: Exoplanets Everywhere - What we are Learning
- Back Matter
- Index
- Glossary
- Detailed Licensing
- Detailed Licensing