Jayanne English's Information for PHYS 1810 Students Fall 2012
General Astronomy 1
(This syllabus/ROASS is available with working links at Dr. English's
regularly updated PHYS 1810 class website
listed below.)
See information about THE FINAL below under the "Final Examination" heading.
- Contact Information:
- email: Jayanne_English@umanitoba.ca
- Home Pages:
http://www.physics.umanitoba.ca/~english/
- Research Office:
- Allen Room 514 Phone: 474-7105
- Tutorial/Office Hours:
- Allen Room 514, Monday at 3:30pm.
- Come and ask the professor questions, get tips, etc. (Or email to make an appointment.)
- Astronomy Discussion Group,
- Location and time TBA - 1st one at the 1st tutorial hour.
- Join a group of people to discuss topics in astronomy, whether
they are covered in class or not. The group can change the
date and time. (Also see information at the end of this document about the
UM Astronomy Club.)
- Websites:
- -- Dr. English's PHYS 1810 class website at
http://www.physics.umanitoba.ca/~english/2012fallphys1810/index.html
This site includes links to:
- -- Mr. Cameron's website announced at the labs.
- Laboratory Instructor: Mr. Ian Cameron, 474-9785, Ian_Cameron@umanitoba.ca
- (Updated Oct 21, 2012.)
Continually check the class website for updates about, for example,
test reviews, topics, and schedules.
Synopsis:
The topics covered in this course outline the properties of stars
and galaxies that can be observed and the physics necessary to
interpret these observations. It includes a brief introduction to
planets, exotic stars, and cosmology. Using lectures and
laboratory sections, it provides an astronomy background and
introduction to the scientific method. It ranges from introductory
physical background to considering current research problems. This
course is mainly descriptive, taught at a qualitative level, with
simple arithmetic and trigonometry used frequently. A few special
sessions at Glenlea Observatory and the Lockhart Planetarium introduce
the student to constellations and scientific method.
Topics in general are listed below and the more Detailed Topic Outline will be updated at
http://www.physics.umanitoba.ca/~english/2012fallphys1810/phys1810sched.html
as the course progresses.
Textbook :
- Astronomy Today by Chaisson and McMillan, the 7th
Edition.
- IClicker - a classroom response system keypad. Available at the
bookstore. Will be used for in-class participation quizzes.
- For the laboratory and assignments: Items to be described by Mr. Cameron.
Note that the textbook is secondary to the material covered in lectures.
(The following items provide links to web material,
when viewing the class website in a browser.)
- Astronomy
Picture of the Day
Many images used in the class come from this site. Check the archive.
- Supplemental
Resource Links. Please check the supplemental resource site
regularly since additional links will appear as the course
progresses. Some of the material may be on tests and the exam.
Links to Study Methods
(The following items provide links to web material,
when viewing the class website in a browser.)
Grading
The final grade consists of the following components:
- 40% based on 2 term tests (20% each).
- 5% based on "iclicker" participation in-class.
- 30% based on the final examination (2 hours).
- 25% based on laboratory exercises, one evening observing
assignment at the Glenlea Astronomical Observatory, and one observing project.
In order to receive a grade for missed or
late assignments, these must be submitted by the next laboratory
session. Contact Mr. Cameron for details.
Test Information
Instead of focusing on the textbook, tests and the final exam will be
based on material presented in the lecture.
In-class "iclicker" quizzes.
When: Questions will be asked in every class starting Sept 12th, except for days with term tests.
Value: 5% in total over the whole term.
Term tests
There will be 2 term tests.
- Duration: 1 hour in the evening.
- Location: TBA
- Value: Each test is worth 20%. Together they are 40% of the total mark
for the course.
There will be no deferred or rewrite term test under any circumstance.
In the case that
a doctor's note provides a reason for missing a test (illness, funeral, etc.),
then a mark for the test will be assessed from the final exam. This will also hold for a student representing the university at an event (e.g. sports) given a coach's note (the coach must consult with the instructor beforehand).
- Tentatively Scheduled Dates:
Test 1: Monday, Oct. 1, 2012, 6:30 pm Room 200 Armes
Here is a review of information for the
first test
Test 2: Monday, Oct. 29, 2012, 6:30 pm Room 200 Armes
Here is a review of information for the second test
- No programmable calculators or textbooks allowed.
Note: cell phones, pagers, PDAs, MP3 units or electronic translators
are explicitly listed as unauthorized materials, and must not be present
during tests or examinations.
Final Examination:
- Duration: 2 hours.
-
Held Weds, Dec 19th at 9:00 am Frank Kennedy Brown Gym Seats 1-149.
- Value: Test is worth 30%.
Deferred exams are arranged by the student with their faculty, not
with the instructor of the course.
- The exam topics will be listed in the
detailed topics outline. It will
cover the material that follows after the material examined on
the second term test. (Starts with planetary system formation.) Note that material
relevant to this section from earlier lectures needs to be reviewed.
- There will be a number of images and several math questions.
No programmable calculators, or textbooks allowed.
- Approximately 50-60 multiple choice questions, including True/False
and image-based questions.
- Note: cell phones, pagers, PDAs, MP3 units or electronic translators
are explicitly listed as unauthorized materials, and must not be present
during tests or examinations.
- TIPS for the final.
Also see "supplemental material" list above.
Tentative Topic Outline:
Constellations, eclipses, and other features of the observable night
sky will be covered in the tutorial and lab sections using the Robert
J. Lockhart Planetarium and the Glenlea Astronomical Observatory.
(See Mr. Cameron's
Observing
Sessions website.)
Material from parts of the following chapters, along with additional
material, will be presented in class.
Topic | References |
Overview and Mathematics Background
| Chapter 1 |
Distances in Astronomy and Charting the Heavens |
Chapter 1; the Planetarium |
Gravity | Chapter 2.7 |
Radiation, Spectroscopy and an Overview of
Telescopes | Chapters 3, 4, 5 |
Our Solar System System | Chapter 6 |
Other Planetary Systems | Chapter 15 |
Stars and Stellar Evolution | Chapters 16-21 |
A Brief Introduction to Black Holes | Chapter 22 |
The Milky Way Galaxy | Chapter 23 |
Hubble Classification and Hubble's Law | Chapter 24 |
Galaxies and Dark Matter | Chapter 25 |
An Introduction to Cosmology | Chapter 26 |
Other topics of the Class's Interest | Supplemental material |
Also scheduling topics such as planets, planet formation,
gravitational lensing and expansion of the universe, etc. will be posted at http://www.physics.umanitoba.ca/~english/2012fallphys1810/phys1810sched.html as the class progresses.
Academic Policies
The Faculty of Science asks us to inform you that academic dishonesty
has serious consequences. To learn how to avoid fraud, plagiarism, and inappropriate collaboration,
as well as the consequences
please visit:
Academic Dishonesty Guidelines and Penalties at
http://umanitoba.ca/faculties/science/undergrad/resources/webdisciplinedocuments.html
Penalties for Academic Dishonesty. at http://umanitoba.ca/faculties/science/resources/Acad_Dishon_TABLE_RevCSS_AdminC_Jul2012_WEB.pdf
The Student Discipline Bylaw may be accessed http://umanitoba.ca/admin/governance/governing_documents/students/868.htm
Student Affairs also has a page:
Honesty and Integrity at http://www.umanitoba.ca/student/resource/student_advocacy/index.html
How to avoid cheating and plagiarism -- take the Academic Honesty Quiz
at http://umanitoba.ca/student/resource/student_advocacy/academic_honesty_quiz.html
And see the Course Credit and Changes to Fee Cancellation Policy and Practices document (last 2 sections).
Want to do more astronomy? Then check out: