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The Astronomy textbook is designed to meet the scope and sequence requirements of one- and two-semester introductory astronomy courses. The book begins with relevant scientific fundamentals and progresses through an exploration of the solar system, stars, galaxies, and cosmology. The Astronomy textbook strengthens student understanding through the use of relevant analogies, clear, nontechnical explanations, and rich illustrations. Mathematics is included flexibly to meet the needs of individual instructors.

* Complete manual by OpenStax
* Multiple choice questions (MCQ)
* Essay Questions Flash Cards
* Flash cards of key terms

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1. Science and the Universe: A Brief Overview
1.1. The nature of astronomy
1.2. The nature of science
1.3. The laws of nature
1.4. Numbers in astronomy
1.5. Consequences of the travel time of light
1.6. A tour of the universe
1.7. The Universe on a Large Scale
1.8. The Universe of the Very Small
1.9. A conclusion and a beginning
2. Observing the sky: the birth of astronomy

2.1. The sky above
2.2. Ancient astronomy
2.3. Astrology and astronomy
2.4. The birth of modern astronomy
3. Orbits and gravity

3.1. The laws of planetary motion
3.2. Newton's great synthesis
3.3. Newton's Universal Law of Gravitation
3.4. Orbits in the Solar System
3.5. Movements of satellites and spacecraft
3.6. Gravity with more than two bodies
4. The Earth, the Moon and the Sky

4.1. Earth and Sky
4.2. The seasons
4.3. Keeping time
4.4. The calendar
4.5. Phases and movements of the Moon
4.6. Ocean tides and the moon
4.7. Solar and Lunar Eclipses
5. Radiation and spectra

5.1. The behavior of light
5.2. The electromagnetic spectrum
5.3. Spectroscopy in astronomy
5.4. The structure of the atom
5.5. Formation of spectral lines
5.6. The Doppler effect
6. Astronomical instruments

6.1. Telescopes
6.2. Telescopes today
6.3. Visible light detectors and instruments
6.4. Radio telescopes
6.5. Observations outside the Earth's atmosphere
6.6. The future of large telescopes
7. Other Worlds: An Introduction to the Solar System

7.1. Overview of our planetary system
7.2. Composition and structure of the planets
7.3. Dating of planetary surfaces
7.4. Origin of the solar system
8. Earth as a planet

8.1. The global perspective
8.2. The Earth's crust
8.3. The Earth's atmosphere
8.4. Life, chemical evolution and climate change
8.5. Cosmic influences on the evolution of the Earth
9. Cratered worlds

9.1. General properties of the Moon
9.2. The lunar surface
9.3 Impact craters
9.4. The origin of the Moon
9.5. Mercury
10. Earth-like planets: Venus and Mars

10.1. The nearest planets: an overview
10.2. The Geology of Venus
10.3. The massive atmosphere of Venus
10.4. The Geology of Mars
10.5. Water and life on Mars
10.6. Divergent planetary evolution
11. The giant planets

11.1. Exploration of the outer planets
11.2. The giant planets
11.3. Atmospheres of giant planets
12. Rings, moons and Pluto

12.1. Ring and moon systems introduced
12.2. The Galilean moons of Jupiter
12.3. Titan and Triton
12.4. Pluto and Charon
12.5. Planetary rings
13. Comets and asteroids: debris from the solar system
14. Cosmic samples and the origin of the solar system
15. The Sun: an ordinary star
16. The Sun: a nuclear power plant
17. Starlight Analysis
18. The stars: a celestial census
19. Celestial distances
20. Between the stars: gas and dust in space
21. The birth of stars and the discovery of planets outside the solar system
22. Stars from adolescence to old age
23. The Death of Stars
24. Black holes and curved spacetime
25. The Milky Way
26. Galaxies
27. Active galaxies, quasars and supermassive black holes
28. The evolution and distribution of galaxies
29. The Big Bang
30. Life in the universe

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