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Cuesta
College Astronomy 10 Syllabus Spring 2008
Section #5167 TTh 6:30-9:30 PM, San
Luis Obispo Campus, Room 2402
Instructor Contact Information and
Office Hours
Instructor Dr. Russell M.
Genet, Adjunct Professor of Astronomy
Email russmgenet@aol.com
Phone (805) 438-3305
Fax (805) 438-3355
Office Hours One-half
hour immediately preceding each class.
Please feel free to contact the
instructor with questions or for assistance.
Materials for the Course
Required
Perspectives on Astronomy. 2008. Michael A. Seeds and
Dana E. Backman. Australia: Thomson.
Optional
Edmund Scientific Star
and Planet Locator (starwheel),
Prerequisites
The prerequisite for this course is
Math 23, Math 23SI, or the equivalent. There are no math problems in
this course.
Learning Outcomes
This one-semester course is a
descriptive survey of and introduction to the conceptual aspects of
astronomy. The emphasis of this course is on developing observational
and predictive astronomy skills, understanding concepts and applying
analytical reasoning, and not on memorization of facts and
figures! Student learning outcomes are as follows:
- Understand,
explain, and predict the celestial cycles of the stars, the Sun, the
Moon, and of the planets, using a planisphere ("starwheel"), and
diagrams.
-
Compare/contrast features of the geocentric and heliocentric models
of planetary motion, understand the scientific method, and how it
was applied in the historical triumph of heliocentrism over
geocentrism.
- Explain
conceptually how optical and radio telescopes work.
- Explain
properties of planets, rings, satellites, and debris (asteroids and
comets).
- Explain the
evolution of the Sun and planets from their origins to their present
state.
- Quantify
properties of stars, and how these properties are determined.
- Explain how
stars are born, how they live, and how they die.
- Explain
properties and evolution of binary stars and compact companions.
- Explain
properties and evolution of our Milky Way galaxy, and of other
galaxies.
- Explain the
history of our universe, current theories, and their supporting
evidence.
- Discuss the
state of investigating the extraterrestrial hypothesis, and/or other
topics at the forefront of astronomy research.
Grading Policy
A total of 1000 points can be
earned via examinations and various activities throughout the course.
The points break down and the due dates are as follows:
Academic Skills
12 chapter quizzes
beginning of each class 50 points each 600
12 discussion quizzes
end of each class 20 points
each 240
Final examination
150
Special (to be
announced)
10
Total
1000
Letter Grades
A 900-1000
B 800-899
C 700-799
D 600-699
F Less than 600
Enrollment
Students are responsible for their own
enrollment status in this class, and are expected to handle their own
adds and/or drops accordingly, as authorized by the instructor. The
instructor reserves the right to drop students due to non-attendance.
Attendance Policy
Attendance is crucial. Some of the
material is not adequately covered in the text. You are responsible for
all topics covered in lectures by the instructor, and in materials
handed out during class. Absences for any reason can result in a zero
quiz score. Additional information concerning chapter quizzes and
discussion quizzes can be found at
http://www.orionobservatory.org/. Attendance is mandatory for the
final as there will be no make ups.
Academic Responsibilities
You will be expected to be
informed of and to abide by all student policies outlined in the
Cuesta College
Catalog, 2007-2008. You
are also responsible for being informed of and to abide by all student
policies and calendar deadlines in the Cuesta College Spring '08
Class Schedule, especially those listed on the inside front cover.
Students with Disabilities
Students with disabilities are
encouraged to take this class. Students should contact Disabled Student
Program & Services (San Luis Obispo campus: 546-3148; North County
campus: 591-6215) regarding arrangements for disability accommodations
in a timely manner.
Academic Honesty
Academic honesty is essential to the
academic community. Quizzes and exams are individual efforts, and you
may not copy from another student, give answers to other students during
a test, or take a test for someone else. At the discretion of the
instructor, students caught being academically dishonest may receive a
failing grade on the test, be dropped from the class, or be failed in
the course.
Reading and Test Schedule
|
Date |
Reading
(complete by corresponding date) |
Tests |
Discussion Topics |
|
Mar 18 |
Ch 1 The
Scale of the Cosmos |
|
|
|
Mar 20 |
Ch 2
Users Guide to the Sky |
|
Star Light,
Star Bright |
|
Mar 25 |
NO CLASS |
|
|
|
Mar 27 |
NO CLASS |
|
|
|
Apr 1 |
Ch 3
Circles Around the Earth |
Ch 2 |
Galileo and
his Telescope |
|
Apr 3 |
Ch 4
Telescopes & Instruments |
Ch 3 |
Telescopes
Large and Small |
|
Apr 8 |
Ch 5 Sun
Light and Sun Atoms |
Ch 4 |
Spectroscopy and the Quanta |
|
Apr 10 |
Ch 6 The
Family of Stars |
Ch 5 |
Binary
Stars |
|
Apr 15 |
Ch 7 The
Formation of Stars |
Ch 6 |
Robotic
Observatories |
|
Apr 17 |
Ch 8 The
Death of Stars |
Ch 7 |
Subrahmanyan Chandrasekhar |
|
Apr 22 |
Ch 9 The
Milky Way Galaxy |
Ch 8 |
Leavitt and
the Cepheids |
|
Apr 24 |
CCAS
Meeting |
Ch 9 |
|
|
Apr 29 |
Ch 10
Galaxies |
|
Hubbles
Expanding Universe |
|
May 1 |
Ch 11
Cosmology in the 21st Century |
Ch 10 |
Steady
State vs The Big Bang |
|
May 6 |
Ch 13
Terrestrial Planets |
Ch 11 |
The Red
Planet |
|
May 8 |
Ch 14
Outer Planets |
Ch 13 |
Is Pluto a
Planet? |
|
May 13 |
Ch 15
Life on Other Worlds |
Ch 14 |
Special
Discussion - LAWKI |
|
May 15 |
No
Assignment Review for the final |
|
|
|
May 20
|
Final
6:30-8:30 pm |
Final Exam |
Final Exam |
Additional
Credit Activities
|
Activity |
Date |
Pts |
|
CCAS Star Party
/ Star Hill KOA Camp Ground / Santa Margarita Lake - Dusk
|
Sat Apr 5 |
20 |
|
CCAS Star Party
/ Star Hill KOA Camp Ground / Santa Margarita Lake - Dusk |
Sat May 3 |
20 |
|
Bowen
Observatory Observation Night Science Forum / Dusk |
TBA |
20 |
|
Essay |
TBA |
50 |
|
Practice Final |
Thu - May 15 |
75 |
Information on CCAS Meetings and Star Parties can be found
on the CCAS website at:
www.ccastronomy.org
Information on Bowen Observatory Observation Night can be
found on Dr. Lens website:
www.waiferx.com/physics/
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