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Suffolk County Community College Department Of Natural Sciences Course Outline Course: AST101 – Astronomy Of The Solar System (Hybrid) Section: 501 (CRN: 64110) Semester: Summer 2017 Professor: John W. Kulkosky Office: S215 Telephone: 851-6434 E-Mail: [email protected] Office Hours: To Be Announced Introduction Welcome to AST101 – Astronomy of the Solar System hybrid course. The course is based on sets of lecture notes (as Microsoft Word documents), corresponding slides (as Microsoft PowerPoint files) and a packet of laboratory modules. The lecture notes and slides can be accessed through the course website. The address is: http://www2.sunysuffolk.edu/kulkosj/ast101/. Within the lectures notes you will observe numbers, represented as red-colored superscripts, which correspond to numbered slides of images and diagrams within the PowerPoint presentations. Print the notes, and as you read the notes, refer to the slides. Remember, a picture is worth a thousand words, so look at the slides carefully, especially the diagrams. To access the PowerPoint presentations, either left-click on the word “Slides” to open the file or right-click and then choose “Save Target As…” to download onto your computer. Because the PowerPoint files are rather large, a high-speed Internet connection is preferred. If you do not have the PowerPoint program, you can download the viewer through a hyperlink on the website. Resources AST101 – Astronomy Of The Solar System Internet Site http://www2.sunysuffolk.edu/kulkosj/ast101/ John W. Kulkosky Astronomy Through Practical Investigations George Lomaga, Wayne Smiley and Robert Warasila Number-2 Pencil Course Objectives Outline the principal developments in astronomy to the present state of planetary research. Describe the fundamental aspects of coordinates and motions of celestial objects – the Sun, Moon, planets and stars; including configurations and/or phase determinations. (The star finder, horizon system, celestial sphere diagrams and planetarium are used to solve problems to demonstrate proficiency in this objective.) 1 Describe the properties and individual characteristics of the planets and their satellites, asteroids, comets and meteoroids-meteors-meteorites of the solar system; including the basic concepts of comparative planetology in regard to understanding the differences and similarities among these objects. Describe the current models of the origin and evolution of the solar system, including the observations that support these models. Identify the prominent constellations and stars of the night sky. (The planetarium and evening observations are used to demonstrate proficiency in this objective.) Student Responsibilities Attend all class meetings. Be on time to class. Complete all assigned laboratory modules. Take all examinations. Participate in class discussions and activities. Class activities may include an evening observation. Ask questions and seek help when needed. Grading Procedures Six examinations will be given based on lecture notes and laboratory modules. All examinations are weighted equally. The student’s lowest examination grade will be dropped. The student’s final grade will be the average of five of the six examinations given. Extra credit may be attained by writing a five-page (single-spaced) research paper on a specific topic of planetary astronomy. The paper is worth up to three points on the student’s final grade. The topic for the paper must be approved by the instructor. Material Covered On Each Examination Examination One – Lecture Notes: The Science of Astronomy and Celestial Observations; Laboratory Modules: Investigations No. 15 and No. 20 Examination Two – Lecture Notes: The Development of Astronomy; Laboratory Modules: Investigations No. 9, No. 14 and No. 16 Examination Three – Lecture Notes: The Origin of the Solar System, The Earth and The Moon; Readings: Investigation No. 17M (the section of the introduction concerning the origin of the solar system); Laboratory Modules: Investigation No. 10 Examination Four – Lecture Notes: Mercury, Venus and Mars; Laboratory Modules: Investigations No. 17M, No. 17V and No. 18 Examination Five – Lecture Notes: Jupiter, Saturn, Uranus and Neptune; Laboratory Modules: Investigation No. 19 Examination Six – Lecture Notes: Pluto, Asteroids, Comets and Meteoroids-Meteors-Meteorites; Laboratory Modules: Investigations No. 19, No. 3 and No. 4 2 Course Schedule 05/30: The Science of Astronomy and Celestial Observations 06/01: Investigation No. 15 06/06: Investigation No. 20 06/08: Examination One Investigation No. 9 06/13: Investigation No. 14 06/15: Examination Two (Part One) The Development of Astronomy 06/20: Investigation No. 16 The Origin of the Solar System 06/22: Examination Two (Part Two) The Earth 06/27: The Moon and Mercury Investigations No. 10 and No. 17M 06/29: Examination Three Venus and Mars Investigations No. 17V and No. 18 07/06: Jupiter and Saturn Investigation No. 19 07/11: Examination Four Uranus and Neptune Investigation No. 19 (continued) 07/13: Examination Five Pluto and Asteroids Investigations No. 19 (continued) and No. 3 07/18: Comets and Meteoroids-Meteors-Meteorites Investigation No. 4 07/20: Examination Six 3