Instructor: Dr.
Ringwald |
Phone: 674-7135 (office) |
Office: S418 Crawford, 4th floor
Office hours: TTh 3:30-5 and 8-10 p.m., and by appointment,
but
please e-mail or phone first!
Please feel free to contact me, if you have any problems whatsoever in this course - or if you're doing well, and just want to talk about the wonders and mysteries of the Universe. This is a private school: it's in our interest, and we care, that you do well!
Course Description (from the 1999-2000 University Catalog):
(3 credits). A study of the Solar System and its member planets, moons,
rings, and small bodies: their formation, dynamics, chemistry,
atmospheres, surface features, interiors, and magnetic fields. Results of
recent space probes are presented in a comparative study of the Solar
System's members.
Course meeting times and location: TR 2:00-3:15 p.m. in Room A106,
Skurla aviation building
Course texts:
Required:
Recommended:
All should be available in the campus Bookstore, except for the JPL Basics of Space Flight Learners' Workbook, which is free and available online.
Most, but not all, students in this course had SPS 1010 (Introductory Astronomy) last semester, in which we used the text Universe, 5th ed., by Kaufmann and Freedman. I will assume everyone has read Chapters 3 (Eclipses and the Motion of the Moon), 4 (Gravitation and the Motions of the Planets), 5 (The Nature of Light and Matter), and 18 (The Sun). If you haven't done this reading, do it as soon as possible. I will put copies of the material on reserve at Evans Library. Much, but not all, of this is also covered in the JPL Basics of Space Flight Learners' Workbook.
Some of K&F's best chapters are the ones on the Solar System, but the perfect text, for this course was just released in 1998 December. It's the long-awaited 4th edition of The New Solar System by Kelly Beatty et al. It began as the classic reference of the golden age of planetary exploration of the 1970s. All space enthusiasts must have this book on their shelves!
Another required text all space enthusiasts should have anyway is Pale Blue Dot, by Carl Sagan. Last semester in Freshman Seminar, we read another of his books, The Demon-Haunted World. I think Pale Blue Dot is much better, perhaps his best writing ever. Spaceflight is expensive, and will have to be supported by governments for a long time to come. It therefore bears examining the question: Why do this? Pale Blue Dot is the most thoughtful and intellectually honest modern examination of this.
The third required text, the NASA/JPL Basics of Space Flight Learners' Workbook, is something all space enthusiasts should work through. We'll therefore do so, early in this course.
If the Sun Dies, by Oriana Fallaci, deserves mention as well. I've put it on Evans Library reserve. All space enthusiasts should read it from cover to cover, it's a literary gem!
Also on reserve at Evans Library: All students should have a look at all of these,
as well as two extra-special physics references, also in the Evans Library reserve
Course web page:
http://www.astro.fit.edu/ringwald/sps1020.html
Course schedule - All class notes are under construction until the
day of class:
Week | Tuesday | Reading assignment (for Thursday) | Thursday | Reading assignment (for Tuesday) |
---|---|---|---|---|
1: January 11 & 13 | Introduction and review | TNSS Ch. 1, PBD Introduction (pp. xi-xviii) & Ch. 1, this whole syllabus, and the course rules. | Video: The New Solar System | The NASA/JPL Basics of Space Flight Learners' Workbook (Chapters 1-17). |
2: January 18 & 20 | Exploring the Solar System | TNSS 2 | Origin of the Solar System | TNSS 6 |
3: January 25 & 27 | The Role of Collisions | TNSS 9 | Planet Earth | TNSS 10 |
4: February 1 & 3 | The Earth's Moon | TNSS 11 | Mars | TNSS 7 & 8, PBD 11 & 12 |
5: February 8 & 10 | Mercury & Venus | TNSS 12 & 13, PBD 10 & 14 | Comparative planetology: terrestrial planet atmospheres & interiors | TNSS 1-2, 6-13, PBD Intro, 1, 10-12, 14, NASA/JPL Basics of Space Flight Learners' Workbook (Chapters 1-17). |
6: February 15 & 17 | Discussion & Review | TNSS 1-2, 6-13, PBD Intro, 1, 10-12, 14, NASA/JPL Basics of Space Flight Learners' Workbook (Chapters 1-17). | Midterm Exam 1: Thursday, February 17 | TNSS 3 & 4 |
7: February 22 & 24 | The Sun and the Solar Wind | TNSS 4 | Planetary Magnetospheres & Space Physics | TNSS 14 & 15 |
8: February 29 & March 2 | Giant Planet Interiors & Atmospheres | TNSS 16 | Planetary Rings | TNSS 17 & 18 |
March 6-10 | Spring Break | - | Spring Break | - |
Week | Tuesday | Reading assignment (for Thursday) | Thursday | Reading assignment (for Tuesday) |
9: March 14 & 16 | Io and Europa | TNSS 19 & 20, PBD 7 | Ganymede, Callisto, & Titan | TNSS 21, PBD 9 |
10: March 21 & 23 | Triton, Pluto, & Charon | TNSS 22 & 23 | Small Worlds | TNSS 5 & 24 |
11: March 28 & 30 | Comets. Also: Paper titles and summaries due: Tuesday, March 28 (see instructions below) | TNSS 25 & 26 | Asteroids & Meteorites. | Review TNSS 3-5, 14-26, PBD 7 & 9 for Mid-term Exam 2 |
12: April 4 & 6 | Spaceflight past | Review TNSS 3-5, 14-26, PBD 7 & 9 for Mid-term Exam 2 | Midterm Exam 2: Thursday, April 6 | PBD 6 & 13 |
13: April 11 & 13 | Spaceflight past (continued) | PBD 15 & 16 | Spaceflight present | PBD 19, 21 & 22 |
14: April 18 & 20 | Spaceflight future | TNSS 27 & 28, PBD 5 & 20 | Extrasolar Planets & Life in the Universe | TNSS 27, PBD 5 & 20 |
15: April 25 & 27 | The Search for Extraterrestrial
Intelligence (SETI) | TNSS 1-28, PBD 1, 5-7, 9-16, 19-22 | Discussion & Review Also: Papers due: Thursday, April 27 | TNSS 1-28, PBD 1, 5-7, 9-16, 19-22 |
16 | - | - | Final Exam: Thursday, May 4, 3:30 - 5:30 p.m., A106 | - |
Week | Tuesday | Reading assignment (for Thursday) | Thursday | Reading assignment (for Tuesday) |
Course grades will be awarded for the following:
Homework and reading quizzes: | 20% | ||||||
Midterm Exam 1, which will take the whole 75-minute class period on
15%
| Midterm Exam 2, which will take the whole 75-minute class period on
| 15%
| Final Exam, which will be comprehensive, on Thursday, May 4, | 35%
| 500-to-750-word paper, due at the beginning of the last session of
class,
| 15%
| |
Please note:
Click here and read carefully these other course rules, along with instructions for the class paper.
Last updated 2000 March 23.
Web page by Dr. Ringwald
Department of Physics and Space Sciences,
Florida Institute of Technology