Astronomy (AST)

AST 111 Introduction to Solar Systems Astronomy. (3) F
History; properties of light; instruments; study of solar system and nearby stars. For nonscience majors. Optional lab (AST 113). General Studies: S1/S2 (if credit also earned in AST 113).

AST 112 Introduction to Stars, Galaxies, and Cosmology. (3) S
Structure and evolution of stars; star clusters; galaxies; cosmology. For nonscience majors. Optional lab (AST 114). General Studies: S1/S2 (if credit also earned in AST 114).

AST 113 Astronomy Laboratory I. (1) F
Astronomical observations and experiments designed to help the student become familiar with the sky, telescopes, and astronomical measurements. 2.5 hours lab. Pre- or corequisites: AST 111 (or 321); a working knowledge of high school algebra and geometry. General Studies: S1/S2 (if credit also earned in AST 111 or 321).

AST 114 Astronomy Laboratory II. (1) S
Similar to AST 113, but material chosen to supplement AST 112 and 322. 2.5 hours lab. Pre- or corequisites: AST 112 (or 322); a working knowledge of high school algebra and geometry. General Studies: S1/S2 (if credit also earned in AST 112 or 322).

AST 321 Introduction to Planetary and Stellar Astrophysics. (3) F
Physical laws; celestial mechanics; properties of planets, the sun, and other stars; formation and evolution of stars and planetary systems. Prerequisites: MAT 270 (or 290); PHY 150. General Studies: S1/S2 (if credit also earned in AST 113).

AST 322 Introduction to Galactic and Extragalactic Astrophysics. (3) S
Evolved stars; introduction to relativity; galaxies and interstellar matter; structure and dynamics of galaxies; cosmology. Prerequisite: AST 321 or instructor approval. General Studies: S1/S2 (if credit also earned in AST 114).

AST 421 Astrophysics I. (3) F
Aspects of observational astronomy; atomic properties of matter; stellar atmospheres; stellar structure, evolution; nucleosynthesis; compact objects; close binary systems. Prerequisites: AST 321; PHY 311, 314.

AST 422 Astrophysics II. (3) S
Interstellar medium; gaseous nebulae; shock waves; stellar dynamics; star clusters and stellar populations; galaxies and their evolution; cosmology. Prerequisites: AST 321; PHY 412.

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