ASTR 202 - Introduction to Modern Astronomy

A basic course elaborating on topics briefly covered in ASTR 101 including black holes, pulsars, planetary structure, galactic structure, radio and x-ray astronomy. A major portion of the course is devoted to observing and observational techniques. Laboratory sessions cover such topics as the use of computer-controlled telescopes for visual and electronic observation, planning observations, CCD imaging and image processing techniques. Numerous nighttime observing sessions will be conducted. PREREQUISITE(S): ASTR 101 or consent of course instructor. Three hours lecture, three hours laboratory each week. Formerly AS 102.

4 semester hours

Course Outcomes:
Upon course completion, a student will be able to:

Differentiate the various types of variable stars and explain the importance of these stars in research.
Explain the basic concept of special relativity and its application to astronomy and cosmology.
Explain different cosmological models.
Describe the methods used in searching for the extra-solar planets.
Explain what planetary missions are currently being undertaken by the various national space agencies, what they are designed to investigate, and what results have been obtained to date.
Operate computer-controlled telescopes, including their set-up, and use them to locate various celestial objects.
Operate CCD imagers, including taking the images, processing the images, and analyzing the images scientifically.
Explain the basic concept of general relativity and its applications to astronomy and cosmology.

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