Moon phase

Woodside Astronomy

Instructor: Steve Sisney

Meetings: Fall 2012: Mon 1:45p, Wed 1:45p, Fri 1p

Description: Introduction to Astronomy and observing.

Textbook

Textbook: Audubon Society Field Guide to the Night Sky (ISBN: 0679408525 $12.95) Night Sky provides a concise guided tour of the heavens with 48 monthly sky charts of the northern sky and 88 constellation charts, each offering a detailed map of individual constellations. Essays on the universe, the solar system, and constellations introduce the reader to the wonders of the sky.



Course Outline


Lessons

Lesson 1 Wed 17 Oct 2012

Discuss Some astronomy history from in-class notes (attached: astronomy-01.pdf).

Homework 1

Further reading:

  1. The Antikythera Mechanism (remarkable computer), ca. 80 BCE, Greek
  2. Watch VIDEO: The Antikythera Mechanism (8 minutes)
  3. PlanetQuest Historic Timeline

Lesson 2 Fri 19 Oct 2012

Homework 2 Due Mon 22 Oct 2012:

  1. Name as many astronomical objects (planets, stars, etc.) as you can.
  2. Describe what something astronomical (e.g. the night sky, the sun or moon, etc.) means to you in about 100 words – or, you can write a poem, draw something, create music, or anything else you want.
  3. Read pp 13-21 of your text.

Lesson 3 Mon 22 Oct 2012

Homework 3 Due: Wed 24 Oct 2012

  1. Was the universe created in an alien laboratory?
  2. Describe as precisely as you can, exactly where you are in the Universe — you can use galactic, celestial, and geodetic coordinates too.
  3. Briefly describe features of this week's night sky.

Lesson 4 Wed 24 Oct 2012

Continue discussion of The Universe (attached astronomy-02.pdf)

Homework 4 Due: Mon 29 Oct 2012

  1. If you could send a message to the other end of the universe, what would it be?
  2. Briefly describe the composition, size, age, and origin of the universe.
  3. What is the Big Bang?

Lesson 5 Mon 29 Oct 2012

Homework 5 Due: Wed 31 Oct 2012

  1. Harness the power the nearest star to construct a cosmic death ray.
  2. What is a quasar, and what is the likely source of its power?
  3. Name five galaxy types, and give examples.

Lesson 6 Wed 31 Oct 2012

Continue discussing Stars, Galaxies, and Black Holes from our text pp14-22.

No homework: Happy Halloween!

Lesson 7 Fri 2 Nov 2012

Continue discussing Stars, Galaxies, and Black Holes from our text pp14-22. Stellar evolution and black holes.

No homework

Lesson 8 Mon 5 Nov 2012

Continue discussing black holes

  1. Watch SkyWeek video for Nov 5-11.
  2. Black holes handout (attached astronomy-03.pdf)
  3. VIDEO: The largest black hole in the universe

Homework 8

  1. What is a black hole? How do we know they exist?
  2. Could a Black Hole be used for intergalactic or time travel? How?
  3. Name three candidate black holes. Can you find them in the Night Sky?
  4. Describe this week's Night Sky.

Lesson 9 Wed 7 Nov 2012

Discuss Multiple star systems and Variable stars.

Homework 9

Read pages 29-36 of our text.

Lesson 10 Fri 9 Nov 2012

Continue discussing pages 29-36, Clusters and Nebulae.

Homework 10

  1. Name two variable stars currently visible in the Night Sky.
  2. What's the difference between physical and optical multiple stars?
  3. What's the difference between open and globular star clusters?
  4. Read pages 37-45 of our text; The Solar System

Lesson 11 Wed 14 Nov 2012

  1. Watch SkyWeek video for Nov 12-18.
  2. Begin Solar System discussion.

Homework 11 Due Friday, 16 Nov 2012

  1. Make a table of planets and their basic properties. (distance in AU, diameter, mass, gravity, day, year)
  2. What's the difference between a Planet and a Dwarf Planet?
  3. Roughly how many moons are there in the Solar System?

Lesson 12 Fri 16 Nov 2012

  1. Discuss Physical Properties of the Solar System, and Kepler's Laws of Planetary Motion
  2. Discuss Mid-Term Final Project

Homework 12 Due Mon 19 Nov 2012

Read pages 43-51 in our text: Planetary phenomenon and the Seasons

Lesson 13 Mon 19 Nov 2012

  1. Watch SkyWeek video for Nov 19-25.
  2. Finish discussion of The Solar System: Planets
  3. Discuss The Seasons (astronomy-07-seasons.pdf)

Homework 13 DUE Wed 28 Nov 2012

Choose a topic for your final project from (astronomy-final.pdf)

Lesson 14 Wed 28 Nov 2012

  1. Watch SkyWeek video for Nov 26
  2. Discuss The Seasons (astronomy-07-seasons.pdf)

Lesson 15 Fri 30 Nov 2012

  1. Discuss Planetary Phenomena (astronomy-07-seasons.pdf) and Solar System Configuration (astronomy-08-configuration.pdf)

Homework 15 DUE Mon 3 Dec 2012

  1. What is the cause of the seasons and what is seasonal lag?
  2. Which planetary phenomenon is the best time to view a planet?
  3. Describe this week's Night Sky.

Lesson 16 Mon 3 Dec 2012

  1. Watch SkyWeek video for Dec 3rd.
  2. Discuss Coordinate Systems (astronomy-09-coordinates.pdf)

Homework 16 DUE Wed 5 Dec 2012

  1. What is the simplest way (coordinate system) to point out an object in the sky?
  2. What are two types of telescope mounts?
  3. What is the best type of telescope mount for tracking objects in the sky?
  4. Describe this week's Night Sky.

Lesson 17 Wed 5 Dec 2012

  1. Check progress on final projects
  2. Continue discussion of Telescopes (see attached: astronomy-10-telescopes.pdf and astronomy-11-schematic.pdf) and pages 81-88 of our text.

Homework 17 DUE Fri 7 Dec 2012

  1. Complete any un-finished homework.
  2. Work on final projects

Lesson 18 Fri 7 Dec 2012

  1. Telescope demonstration
  2. Discuss observatories

Homework 18

Work on final project!

Lesson 19 Mon 10 Dec 2012

  1. Watch SkyWeek video for Dec 3rd.
  2. Discuss Aliens! (astronomy-11-aliens.pdf)

Homework 19 DUE Wed 12 Dec 2012

  1. Listen to 1938 Orsen Welles War of the Worlds broadcast
  2. Final Project Report (2 pages)

Lesson 20 Wed 12 Dec 2012

  1. Continue discussion of Aliens! (astronomy-11-aliens.pdf)
  2. VIDEO: Calculating the Probability of Contacting Alien Intelligences

Homework 20

Work on final presentations


Attachments

Documents

Images


Online Resources


Further Reading

General Observing

Selected Topics

Selected Video

Recommended Books

Black Holes (a popular topic!)


Our Current Sky

Sky Map

Facing south at Woodside (37°N 122°W)

37.763607,-122.475055 South

Clear Sky Chart

Observation Resources

Cal Academy Morrison Planetarium

Sky & Telescope

U.S. Naval Observatory


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