Introduction to Physical Astronomy
by Kenneth R. Koehler
Publisher: University of Cincinnati 2010
Table of Contents: Preface; Some History; Distance vs. Direction; Electromagnetic Waves; Astronomical Observation; Image Processing; Spectra; The Solar System; Motion in the Solar System; Solar System Dynamics; The Sun; Stellar Populations; Elementary Particles; Nuclear Reactions; Stellar Evolution; Spacetime; Black Holes; Galaxies; Expansion of the Universe; Dark Matter; Cosmology; Cosmic Microwave Background Radiation; Extraterrestrial Life.
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by Michael Perryman - arXiv
The history of astrometry, the branch of astronomy dealing with the positions of celestial objects, is a lengthy chronicle, having its origins in earliest records of astronomical observations, and extending to the high accuracy observations today.
by E. Walter Maunder - Richard Clay & Sons
Why should an astronomer write a commentary on the Bible? Because commentators are not astronomers, and therefore either pass over the astronomical allusions of Scripture in silence, or else annotate them in a way which leaves much to be desired.
by John Favill - Cornell Maritime Press
Astronomy, time, the astronomical triangle, trigonometry and reliable procedures for position finding are explained. The Primer takes into account all the stumbling blocks, and moves progressively from the simple fundamentals to the complex problems.
by Luis A. Anchordoqui - arXiv
University level lecture notes: distance measurements by parallax, HR diagram, distance to a star using HR, stellar evolution, the Olbers paradox, the expansion of the universe, gravitational redshift, lookback time, elementary particles, etc.