ASTR1030: Introduction to Astronomy - Fall 2008 - Lecture 1 - Prof. Robert E. Ergun, Study notes of Astronomy

Information about the astr1030 course offered at the university of colorado boulder in the fall of 2008. It includes details about the course objectives, required text, lectures, homework, laboratories, observing sessions, exams, and grading. Students are encouraged to attend lectures, complete homework assignments, and participate in laboratories and observing sessions. The course covers topics related to the origins of the solar system, physics, the solar system, and life in the universe.

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Pre 2010

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ASTR1030 - FALL, 2008. LECTURE 1; PAGE 1
ASTR1030 Fall 2008
Introduction to Astronomy -
Solar System
WELCOME!
http://lasp.colorado.edu/~ergun/ASTR1030/
(Case sensitive)
This week’s reading: Chapter 1-2
Go to laboratories this week.
Prof. Robert Ergun
Duane D-119
Office Hours: Mon. & Wed.: 10:00 -
11:00.
Phone: 2-6944; (2-1560 laboratory).
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Download ASTR1030: Introduction to Astronomy - Fall 2008 - Lecture 1 - Prof. Robert E. Ergun and more Study notes Astronomy in PDF only on Docsity!

ASTR1030 Fall 2008

Introduction to Astronomy -

Solar SystemWELCOME!

http://lasp.colorado.edu/~ergun/ASTR1030/

(Case sensitive)

  • This week’s reading: Chapter 1-2• Go to laboratories this week.

Prof. Robert Ergun

Duane D-119Office Hours:

Mon. & Wed.: 10:00 -

11:00. Phone:

2-6944; (2-1560 laboratory).

Email:

[email protected]

ASTR1030 - FALL, 2008. LECTURE 1; PAGE 2

Are You in the Right Course (ASTR1030)?

Take this class if: • You are, or may become, a science major.• You in the engineering school. Do NOT take this class if: • You are looking to satisfy the science breadth and/or laboratory requirement.

Take ASTR1010 or ASTR1110.

There are several similar courses:

Introductory Solar System

Astronomy

Introductory Extra-Solar

Astronomy

Course Units

Lab

Major

Course Units

Lab

Major

Lab

Non-Science 1020*

No

Non-Science

No

Non-Science 1120** 3

No

Non-Science

Lab

Science

No

Science

ASTR 1010, 1110, or 1030 is a prerequisite.* Can be taken in any order.

ASTR1030 - FALL, 2008. LECTURE 1; PAGE 4

ASTR1030 General Information

Homework:

Homework is due on Wednesdays every other week. The web

page describes how to present homework. A project will count as two home-work sets. The best 6 of 7 homework scores will make up 22% of the grade. Laboratories:

All of the laboratory assignments are at the

Sommers-Bausch

Observatory

. In addition to 14 day laboratories (see syllabus), there are 2 night

observing sessions. Night observing dates and times will be assigned by yourTA.

Passing the laboratories is mandatory; if you fail the laboratory, you fail

the course. Observing:

The observing assignments are at the Sommers-Bausch Observa-

tory. Night observing dates and times are posted in a table on the web. DOYOUR OBSERVING EARLY IN THE SEMESTER! The last day may havecloud cover! Midterms:

Three times in the semester, we will have midterm exams taking up

the entire class. Exams will include multiple choice, short answer, and problemsolving. Note: Students with disabilities must provide documentation to Dis-abilities Services (2-8671) and confer with the instructor during the first twoweeks of the semester so that reasonable accommodations may be made.

ASTR1030 General Information

Final Exam:

The final exam is on Tuesday, December 14, 1:30 - 4:00 p.m. It is

cumulative; it covers all the material in the course including lectures, text,homework, observing, and planetarium shows. Exams will include multiplechoice, short answer, and problem solving. Grading:

Grades are based on:

  • the best 6 of 7 homework/project scores (~4% each for 22%),• in class “clicker” scores (best ~50 out of ~65 for 3%),• the best 2 of 3 midterm exam scores (~12.5% each for 25%),• the best ~14 of ~16 laboratories/observing projects (~2% each for 25%),• and a final exam (25%). There are no makeups for laboratories, homework, or exams.

ASTR1030 Course Contents

Origins:

Where did we come from?

ASTR1030 Course Contents

Origins:

How did the solar system form?

ASTR1030 Course Contents

Origins:

What can we learn from extra-solar planets?

ASTR1030 Course Contents

Physics:

How do we send a spacecraft to Mars?

ASTR1030 Course Contents

Physics:

How do rings form?

ASTR1030 Course Contents

Physics:

What causes aurora?

ASTR1030 Course Contents

Solar System:

Is/was there water on Mars?

River Bed?

ASTR1030 Course Contents

Solar System:

Why is pluto different than the other planets?

ASTR1030 Course Contents

Life:

Why is their life on Earth, and not on the other planets (or so we think)?

ASTR1030 - FALL, 2008. LECTURE 1; PAGE 20

The Scale of the Universe

1 m

10 m

2

m

5

m

3

m

4

m