Astronomy 111: Introduction to Modern Astronomy I Fall 2011 http ...
Astronomy 111: Introduction to Modern Astronomy I Fall 2011 http ...
Astronomy 111: Introduction to Modern Astronomy I Fall 2011 http ...
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<strong>Introduction</strong><br />
<strong>Astronomy</strong> <strong>111</strong>: <strong>Introduction</strong> <strong>to</strong> <strong>Modern</strong> <strong>Astronomy</strong> I<br />
<strong>Fall</strong> <strong>2011</strong><br />
<strong>http</strong>://mason.gmu.edu/∼pbecker/astr<strong>111</strong>.html<br />
Dr. Peter A. Becker<br />
Welcome <strong>to</strong> <strong>Astronomy</strong> <strong>111</strong>. This course is designed <strong>to</strong> give you an overview of the<br />
solar system and the methods of astronomy. It has been developed for non-science<br />
majors who wish <strong>to</strong> gain a better understanding of the universe around them. Note<br />
that a mathematical background including high school algebra, geometry, and trigonometry<br />
is necessary <strong>to</strong> do well in this course. By the end of the semester, you will have learned<br />
about the following subjects:<br />
• The evolution of the solar system, the planets, and their properties.<br />
• The his<strong>to</strong>ry of astronomy from prehis<strong>to</strong>ry <strong>to</strong> the present.<br />
• The scientific method and critical thinking.<br />
• The nature of light and the principles of telescope design.<br />
The associated labora<strong>to</strong>ry course ASTR 112 is strongly recommended, but it is not a<br />
required part of this course.<br />
Grading<br />
There will be three exams during the semester, and a comprehensive final exam.<br />
Each of these exams carries equal weight, and I will drop the lowest exam grade when<br />
computing each student’s point <strong>to</strong>tal. Letter grades will be determined from the point<br />
<strong>to</strong>tals as follows:<br />
A = 90 – 100<br />
A– = 85 – 90<br />
B+ = 80 – 85<br />
B = 75 – 80<br />
B– = 70 – 75<br />
C+ = 65 – 70<br />
C = 60 – 65<br />
D = 50 – 60<br />
F = 0 – 50<br />
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Grade Posting<br />
All grades will be posted on the ASTR <strong>111</strong> website using a private identification<br />
number, calculated by dividing the full student ID number by 5, and taking the 6 digits<br />
immediately <strong>to</strong> the left of the decimal point.<br />
Class Material<br />
The lectures will closely follow the text, “<strong>Astronomy</strong> Today,” 7th Edition, Volume 1, by<br />
Chaisson & McMillan, with additional demonstrations and audio/video presentations.<br />
I will also be using images obtained using Hubble, Galileo, Pathfinder, Chandra,<br />
the Mars Rovers, and other U.S. and international space missions. The lectures will<br />
emphasize and clarify the important points covered in the text. The exams will be<br />
based upon the material presented in the lectures and the text. Detailed review<br />
materials will be provided before each exam.<br />
Office Hours<br />
I will generally be available in my office on Mondays and Wednesdays from 1 PM -<br />
2 PM, but if you want <strong>to</strong> meet with me please make an appointment <strong>to</strong> be sure<br />
that I will be there! Meetings at other times can also be arranged by appointment.<br />
Additional office hours will be announced before tests if there is need. My office is<br />
located in room 269 of Research Building 1, and my phone number is 993-<br />
3619. My email address is pbecker@gmu.edu.<br />
Other Help<br />
Lecture slides, study questions, review materials, and practice exams are all available<br />
online using a web browser such as FireFox or Internet Explorer by linking <strong>to</strong> the<br />
address at the beginning of this syllabus. If a great deal of help is needed outside class,<br />
the university has a tu<strong>to</strong>ring service available for a relatively small fee. Additional<br />
assistance may also be obtained through the physics help room. Please don’t wait until<br />
you are hopelessly lost before asking for help!<br />
GMU Honor Code<br />
You are encouraged <strong>to</strong> study and work <strong>to</strong>gether on the review problems. However,<br />
exams must be completed without aid or collaboration of any kind. If you<br />
cheat during a test, you will be brought before the GMU Honor Committee. If convicted,<br />
you face possible expulsion from the university. Despite the large size of this class, there<br />
are effective security mechanisms in place, and sadly, almost every year a couple of<br />
people are sent <strong>to</strong> the Honor Committee for cheating on the exams in ASTR <strong>111</strong>.<br />
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<strong>Fall</strong> <strong>2011</strong> Lecture Schedule<br />
Lecture Chapter Date Pages Description<br />
1 1 8/30 1 - 8 Our Place in Space<br />
2 9/01 9 - 13 Solar Motion<br />
3 9/06 14 - 29 Lunar Motion<br />
4 2 9/08 30 - 38 Geocentric Universe<br />
5 9/13 39 - 43 Copernican Revolution<br />
6 9/15 44 - 55 New<strong>to</strong>n & Kepler<br />
7 3 9/20 56 - 65 Light Waves<br />
8 9/22 66 - 75 Radiation Spectrum<br />
9 1 - 3 9/27 1 - 75 EXAM 1<br />
10 4 9/29 76 - 81 A<strong>to</strong>mic Spectra<br />
11 10/04 82 - 95 A<strong>to</strong>mic Structure<br />
12 5 10/06 96 - 113 Optical Telescopes<br />
13 10/11 NO CLASS<br />
14 10/13 114 - 129 Non-Optical Telescopes<br />
15 6 10/18 130 - 153 The Solar System<br />
16 7 10/20 154 - 161 Earth’s Atmosphere<br />
17 10/25 162 - 181 Earth’s Interior<br />
18 4 - 7 10/27 76 - 181 EXAM 2<br />
19 8 11/01 182 - 190 The Moon and Mercury<br />
20 11/03 191 - 209 The Moon and Mercury<br />
21 9 11/08 210 - 229 Venus<br />
22 10 11/10 230 - 257 Mars<br />
23 11 11/15 258 - 283 Jupiter<br />
24 12 11/17 284 - 311 Saturn<br />
25 13 11/22 312 - 331 The Outer Planets<br />
26 11/24 NO CLASS<br />
27 8 - 13 11/29 182 - 331 EXAM 3<br />
28 14 12/01 332 - 359 Comets & Asteroids<br />
29 15 12/06 360 - 381 Solar System Formation<br />
30 16 12/08 382 - 415 The Sun<br />
1 - 16 12/15 1 - 415 FINAL EXAM 1:30PM - 4:15PM<br />
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