FINAL COURSE GRADES ARE NOW AVAILABLE ON THE GRADING SITE.
ALL CREATIVE PROJECTS WILL BE AVAILABLE FOR PICK-UP DURING THE WEEK OF MONDAY, MAY 19 IN PROF. ZABLUDOFF'S OFFICE. ALL TERM PAPERS WILL BE AVAILABLE THEN FOR PICK-UP IN KEVIN'S OFFICE. IF YOU DON'T GET A CHANCE TO PICK UP YOUR PROJECT NOW, YOU CAN DO SO ONCE THE FALL TERM BEGINS.
HOMEWORK 4 SOLUTIONS ARE POSTED HERE.
SPECIAL NOTE:
The Writing Skills Improvement Program has designed a special series
of workshops on writing for students taking General Education courses.
They are free and open to all students.
Click here
for more info.
This course satisfies the Natural Sciences Tier 2 requirement and is
intended for non-science majors. We will take an in-depth look at
some of the questions that stumped astronomers of the past and that
puzzle astronomers today. The four questions for this semester are: 1) How
did the dinosaurs die? 2) What is the origin of the Moon? 3) What is dark
matter? and 4) Are we alone in the Universe? We will study the
highlights of work that sheds light on these questions, learn about
the scientific personalities behind the discoveries, and debate the
issues in class. The physical principles necessary to understand why
these questions are important, how astronomers have learned what they
know, and what issues remain uncertain will be reviewed in lecture.
There will be a total of four in-class debates conducted by the
students and moderated by the instructor. One debate will end each of
the four units of the course. Each student will choose a creative project
related to one of the course themes or will research and
write a detailed essay on a raging controversy in modern astronomy.
The emphasis of the course is on understanding, not on
memorization.
Prerequisites: either NATS 102 or NATS 101.
The concepts of the electromagnetic spectrum (light at all
wavelengths), the solar system, stars, and galaxies are fundamental to
understanding the information presented in this course. If you have
not been exposed to these concepts before, you must study them
immediately in a general astronomy book like that used for NATS 102
(The Physical Universe). You should also be familiar with basic
algebra, trigonometry, fractions, and scientific notation. The
development of basic physical concepts as they relate to the detection
and workings of astronomical objects will be a basic part of the
course. This course will also require frequent reading and discussion
of popular science articles, as well as a great deal of independent
research on the part of the student. A strong interest in the course
material is the best prerequisite! You should have a small inexpensive
calculator at your disposal (one that does powers, roots, and
trigonometric functions). Please seek help when you encounter a
concept that you do not understand. You are encouraged to get and to
use a U of A computer account.
Your grade in this course will depend on your participation in class
(20%) and your performance on the homework exercises (15% in total),
midterm exam (15%), the final exam (30%), and the creative project
(or research essay of 10-15 pages)
(20%). Both exams are closed-note and will consist of multiple-choice
and short written answer questions. Your worst homework will be
discarded. You may either choose 1) a creative project related to the themes
of the course and your own academic interests or 2) an essay topic
from your own interests in astronomy or from a
list of unresolved or classic astronomical
questions handed out by the instructor at the beginning of the
semester. The creative project is chosen by the student
with the instructor's prior approval and can take many forms, including
art, video/audio presentations, games, plays/short stories,
model building, songs, original experiments
or astronomical observations, or development of lesson plans for
grade school. A written report is required for all projects (roughly 4-5 pages
for the creative project or 10-15 pages for the essay).
Abstracts that outline your plans for the creative project or the
essay are due in lecture on Feb 18. Your abstract will be
evaluated and returned to you with comments and suggestions.
The final project or essay is due on Apr 14.
The instructor will show some of the more interesting projects to the class
at the end of the semester.
At the beginning of the semester, the class will be divided into eight
groups of approximately 10-15 students each. Each group will be
assigned one of the eight sides of the four debate questions, so that
each student will participate directly in one in-class debate. On
most Fridays, one or two questions on the recent material will be
posed to the class. The students will then discuss the question
within their debate groups and one or two of these groups will be
chosen at random to present the answer to the class. The rest of the
class is encouraged to ask questions of the presenting group and to
discuss the material. These question sessions will not only help you
review important elements of the course, but also provide
some experience interacting with your debating group prior to your group's
classroom debate.
The final course grades will be on a curve, but you can be
assured that if you have > 90% of the total number of
points available you will receive an A, 80 to 90% at least
a B, 70 to 80% at least a C.
The course website includes the most recent course syllabus, schedule,
special announcements, and other course materials.
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