ANNOUNCEMENTS AND NEWS
This information supplements the
official course syllabus.
Updated 2017 October 30
binoculars may be checked out from the OSU
Library! Click here
Students in this class have
recommended two cellphone apps for stargazing: Sky Map and Star Walk.
An excellent, adjustable,
downloadable simulator of orbital motion is My Solar System.
If you are considering purchasing
a telescope, this link may be helpful.
HANDOUTS AND DOWNLOADS
Click here to
download the FREE OpenStax Astronomy textbook used for this
course. PDF file size is about 42 megabytes.
Paper copies of the Syllabus
are distributed in lecture the first week of class, while the Math
Guide is distributed the second week, and the Planet Handout (ASTR
1013 only) the tenth week. However, should you desire extra
copies, click on the following links to download PDF files of the Syllabus, Math
Guide, and Planet
Handout (the last item for ASTR 1013 only).
If you wish, you can
also download PDF files of Sample Exam
Questions and Lecture Topics for the entire
semester, and a supplement on Relativity
(ASTR 1023 only).
You may click on the following links to get the
assignment list and seat map for all tests this semester.
It will also be displayed in the lecture hall on test days.
2 HOW TO PICK
UP GRADED COURSEWORK AND
GET HELP WITH VOYAGER PROJECTS
GRADED VOYAGER PROJECTS AND
EXAMS: Graded projects and exams will be
distributed in class
the first week after
they were due or administered. The papers will be arranged in alphabetized stacks at
the front of the lecture hall. If you don't retrieve yours in
class, you must pick them up from the astronomy
Teaching Assistants during their office hours or by
VOYAGER HELP: The astronomy Teaching Assistants can assist
you with your Voyager 4 projects. Visit them during their office hours below, or else schedule appointments by
e-mail. If you have questions about the grading of a particular
project, the initials of the TA who graded it are written
next to your score on the back of the front page, so you
will know whom to ask.
ASTRONOMY TA OFFICE HOURS:
Office hours begin the second week of the semester. They
will not be held during breaks, holidays, and finals week.
4 PROJECT NEWS AND TIPS
Please refer to Section 4 in your
Syllabus for complete information about doing your Voyager 4
a planet, path, etc. is visible on your monitor but not
obvious on the printout, then change its color (as
suggested in the first full paragraph on page 6 of your Voyager
4 project book). Examples: in Project 7, when you are ready to print
the Sky Charts, execute "Display / Colors..." and choose
black for the paths of the Sun and planets. In Project 14, execute "Display / Satellites
and Spacecraft...", highlight the Giotto segments, and click
on the colored square at top right to change the color to
black. Alternatively, just trace over hard-to-see
paths with a pencil.
page 194. When executing the first command, at the top
of the page, remember to select "Deep Sky Objects" from the
pull-down menu in the Magnitude Limits dialog box before
dragging both magnitude sliders to 15.
purchase a personal copy of Voyager 4 for your own
computer, it must be version 4.5.7.
purchase it. Also, you must
use the same special "Startup file" as do the OSU lab
computers. To download a copy of it, click here. To install it, (a) move
the downloaded file to the same directory that contains the original
Startup file on your computer, (b) rename the original Startup file
as "StartupOLD", (c) rename the downloaded "Startup
copy" file as "Startup", and (d) retain the file's ".vgr"
extension for Windows, or delete it for Mac OS X. If
you then launch your copy of Voyager 4.5.7, it will open with a
WARNING: If you use your personal copy of Voyager to do your
Projects, you do so at your own
risk. Leave yourself enough time to complete the
Projects at one of the five computer labs listed in your Syllabus in
case you encounter problems with your own equipment.
4 STAR PARTIES
Optional sky viewings may be scheduled from time to time on
campus or at OSU's observatory (see below).
dark spot for stargazing whenever you wish is the small, gravel
parking area at Lake Carl Blackwell marked by the red rectangle on
this map. Never
go stargazing anywhere alone.
You may want to bring warm
clothing, binoculars, a (red) flashlight, constellation charts, a
blanket to sit on. Please carpool—parking at the
observatory is limited (six spaces)! The drive from Koby Plaza
(map below) takes about 15 minutes. Drivers should check their
Any cancellations will be
announced in the Status
line below by 5 pm on the
Where: Meet at the Koby Plaza parking lot by its
sign, 1/4 mile west of intersection of Sangre Road and West 6th
Avenue (north side of road). We will carpool to the observing
site (about 15 minutes).
Rain date: ________
Time: ______. We will depart no later
than _______. The actual viewing should last about _______.
Objects include: _________
Explanations of the terms used in your individual Student Grade
Form A or Form B.
Total Score: Correct
answers / Number of test questions.
Score (%): The
percentage of questions you answered correctly. This
represented graphically by the horizontal, shaded bar to the right
of your score number.
The class average is marked
by the vertical black line.
Here is the histogram for the most recent
It shows how you stand compared to everyone
else on that one exam. Go to Section 6, the next section, to
see how you compare to everyone else on the basis of all exams and
Voyager projects to date.
Here are the answer keys for
the final exam (in invisible ink!):
6 COURSE GRADE HISTOGRAM
This histogram shows the
distribution of total points earned by students on coursework
through Project 7 and the second exam.
The current maximum possible point total is marked by the
rightmost "column" in the histogram.
"floors" for the various letter grades are shown in the graph,
and they reflect the standards in the Syllabus scaled to the
maximum number of points currently possible. Individuals' course grades
will be posted on SIS at the end of the semester.
To compute the points you earned on
each exam or project, multiply your Percent Correct by the item's
point value from the Syllabus. Examples:
A score of 80% on
a project worth 25 points yields 80% x 25 pts = 0.80 x 25 pts = 20
A score of 65% on
an exam worth 150 points yields 65% x 150 pts = 0.65 x 150 pts =
97.5 pts. The final exam is worth 300 points.
you've completed eleven or twelve Projects, include only the top
ten scores in your point total.
Remember...to learn the most
& get the best grades, follow the Study Tips in
Section 3 (Exams) of your syllabus!