December Sky Viewing
Rocket Competition Handbook
http://rocketcontest.org/pdf/2010_handbook.pdf
Optimizing Rocket Performance
http://www.apogeerockets.com/education/downloads/Newsletter198.pdf
TARC Altitude and Duration
http://www.apogeerockets.com/education/downloads/Newsletter249.pdf
Selecting Your Motor
http://www.apogeerockets.com/education/downloads/newsletter131.pdf
Cd Coefficient of Drag and How To Determine
http://www.apogeerockets.com/education/downloads/newsletter130.pdf
12-18-09
Second Half of Rocket Text book
Finish Rocket 3
Turn in Egg Drop Testing
12-17-09
Fly rocket 2
Build rocket 3
12-16-09
Prep Rocket 2 for tomorrow's flight
Build Rocket 3
Egg Drop testing
12-15-09
Egg drop testing
Build Rocket
12-14-09
Fly 2nd Rocket if not raining
Egg Drop Testing results must be turned in by Friday
Build Rocket due by Friday
12-11-09
Egg Drop Testing Test Results must be turned in
Build Rocket
12-10-09
Yerkes Permission Slip Turn In
Angle of Attack discussion
Egg Drop Testing Test Results must be turned in
Build Rocket
12-9-09
Yerkes Permission Slip Turn In
Angle of Attack discussion
Egg Drop Testing Test Results must be turned in
Build Rocket
12-8-09
Forces Acting On A Rocket
Continue Egg Drop Testing to figure out length and type of material for streamer
Turn in Permission Slips Yerkes
12-7-09
More Motor Discussion
Continue Egg Drop Testing
Turn In Assembly Instructions
Turn in Fin Templates
Yerkes Permission Slip
12-4-09
More Motor Discussion
Continue Egg Drop Testing record data for turning in
Final Building Instructions due Mon., Dec. 7
Fin Templates need to be turned in to receive your fin building materials
12-3-09
More Motor Discussion
Start Egg Drop Testing w/ handout
Rewrite Assmebly Instructions Final Draft Due Monday
12-2-09
Discuss Motors
Finish and turn in assembly instructions
12-1-09
Give Back Designs make corrections as needed
Bag of Parts give out balsa wood to come later, not allowed to start cutting out fins until I see your fin template
Discuss Motors
Work on assembly instructions
11-30-09
Write assembly instructions for your rocket due by Wed.
Notes Rocketry
Possibly Fly
11-25-09
Turn in one/group
Price List
Parts List
Motor Testing
Picture of Rocket
11-24-09
Have 5 -10 possible solutions for different conditions
Plans ready for Wed.
Printouts of motor trials
Picture of rocket
Parts list
11-23-09
Have 5 -10 possible solutions for different conditions
Plans ready for Wed.
Printouts of motor trials
Picture of rocket
Parts list
11-19-09
Discuss Egg holding and recovery on a streamer or multiple streamers only 5x length/width
Discuss acceptable motors and give handout to help aid in picking motor
Permission slips for competition
Design Rocket due by next Wed.
11-18-09
Discussion of rockets
Design third rocket
11-17-09
Discussion of rockets
Design 3rd Rocket
Permission slips for tomorrow
11-16-09
Permission Slips for Wed Field Trip
Discuss rocket components
Work on Rocket Design 3rd Rocket
Fly 2nd Rocket
Read Packet
11-13-09
Discuss rocket components
Work on Rocket Design 3rd Rocket
Read Packet
11-12-09
Select Team For third Rocket
Begin Learning The Design Program
Remember to start reading the text packet
11-11-09
Finish 2nd Rocket
Fly
11-6-09
Finish second rocket
Fly first rocket
11-5-09
Finish First Rocket
Start Second Rocket
11-4-09
Rocket Motors
Fly First Rocket
11-3-09
Building first rocket for flying tomorrow
11-2-09
Handouts of for Rocketery Unit
Parts of a rocket and how it relates to a real rocket
10-29-09
Exam
10-28-09
Planet Patterns Turned in
Review
10-27-09
Planet Patterns
Study for exams
10-26-09
Turn in Moon Phases
Study for exam
Planet Patterns
10-23-09
HR Diagram Review
Moon Phases Activity due Monday
10-22-09
Turn in HR Diagram
Guest Speaker
10-21-09
Turn in HR Diagram Activity
Moon Phases
10-20-09
Give back Pleidias Activity
Finish Hr Diagram Activity due tomorrow
10-19-09
Turn In Pliedais Activity
Discuss Comets, Asteroids, Meteors
HR diagram hand out questions
10-16-09
Library to Finish Open Cluster Activity due Mon.
HR Diagram should be plotted by Monday 50 Brightest, 50 Nearest
10-15-09
Before sunrise tomorrow morning look east you will see the crescent moon and also you will see Venus, Saturn and Mercury in the morning sky. Use binoculars
HR Diagram Graph and answer questions
10-9-09
Complete the questions for the Hr Diagram on seperate sheeet of paper to be truned in on Monday Oct. 19 use the internet as a source of answers for the ones you are unsure of. You will be graded for accuracy. You may want to cite where you got information to in case I mark the information as incorrect. Next week Friday, Oct. 16 we will go to the library for any final research you need to do. I would have most of the work complete by then.
Video
10-8-09
HR Graph you make
Video
10-7-09
The Event Horizon
Video
10-6-09
A teaspoonful of stuff (Chandreshkar Limit)
Video
10-5-09
Bigger Than a Breadbox
Video
10-2-09
HR Activity questions 3, 4
Read Black Body Radiation and Wein's Law Questions 1 and 2 Optional due Monday
Video
10-1-09
Discuss star life cycle notes
Do first two questions HR diagram
Absolute Zero Video
9-30-09
Bryson
Finish Galaxy Activity
Hand out Star Packet
Absolute Zero Video
9-29-09
Turn in Paper
Bryson
Galaxy Activity
9-28-09
Bryson
Galaxy Video
Paper due tomorrow
9-25-09
Finish Holy Alliance discussion
Paper due on Tuesday
9-24-09
More discussion of the Holy Alliance Article
Write a one page opinion paper on the article due Tuesday
9-23-09
Discussion of Holy Alliance Article
What a great discussion we will continue this one tomorrow
Start working on an outline of this article Why you liked it or why you thought is was "bull"
9-22-09
Bryson
Constellations determining altitude and azimuth
Holy Alliance Article read record three questions and bring back for tomorrows discussion
9-21-09
I receive emails from a website called oneminute astronomers. It tells me about cool things I can see in the sky. I figured I would share this with you on my website and if it is of interest to you go outside in the evening and take a look. This one of Zodiacal Lights can be seen for about the next month.
Zodiacal Light
The "false morning" in this 900-year-old passage by the Persian poet and astronomer is not a dreamy literary invention, but a real astronomical phenomenon called the "zodiacal light". Appearing as a faint, eerie glow before sunrise or after sunset, the zodiacal light has likely been seen by stargazers since since antiquity. And it's well positioned for viewing over the next month or so by observers in both hemispheres.
The picture on this page will help you get a better idea what the zodiacal light is all about. It appears as a tilted cone of light rising 20-30 degrees above the horizon over which the sun is about to rise (or has already set). The light always follows the plane of the ecliptic along which are found the constellations of the zodiac. Hence the name.
Zodiacal light is caused by sunlight reflecting off a lens-shaped disk of dust the lies along the plane of the inner solar system, a plane which defines the band of the ecliptic in the sky. Since the zodiacal light is reflected sunlight, it appears whitish-yellow and a detailed examination shows its spectrum is the same as that of the sun. The dust of the inner solar system is slowly spiraling into the sun. But it's replenished by new dust from comets and asteroid collisions.
The zodiacal light is always there, but it's easier to see when the ecliptic is nearly vertical to the horizon. For northern observers, that alignment occurs in late-September and October about 2-3 hours before sunrise, and in late February to early March about 2-3 hours after sunset. In the southern hemisphere, the best periods for viewing are August and September just after sunset, and late-March through May a few hours before sunrise.
You need very dark, clear sky to see the zodiacal light. Any light pollution or smoke or haze will obliterate your view. If you have exceptional sky, you might see the light extend in a narrow band all the way along the ecliptic.
And in near-perfect sky, you might see an oval patch of faint white light about 15 degrees by 8 degrees directly opposite the sun. This is the Gegenschein (German for "counter shine"). It's simply sunlight reflected off dust further out in the solar system. The Gegenschein is hard to see, however, and I count myself among the majority of stargazers who've never caught a glimpse of it.
So if you're up before sunrise in the northern hemisphere, like Khayam's "drowsy worshiper", try to see the zodiacal light. You southerner's can see it after sunset right now as you set up your telescopes for a night's observing. Not many see the zodiacal light, and many who do have no idea what it is. But now, you do.
That's it for today...
Clear Skies,
Brian Ventrudo
Publisher, One-Minute Astronomer
www.oneminuteastronomer.com
Also today a short reading from Bryson
Star life and Death video
Discussion of stars
9-18-09
Test
Video "Life and Death of a Star"
9-17-09
Different Star Types
Start Video "Life and Death of a Star"
Test Tomorrow
9-16-09
Discussion of Article "Violoent Birth of the Stars
9-15-09
Turn in paper
Big Bang Review
Finish Video
Read the Article "Violent Birth of The Stars" write 3 questions for tomorrow's discussion
9-14-09
One page paper due tomorrow
Discuss big bang some more
Finish Video 7 ways earth could be destroyed
9-11-09
Write a one page summary of the Universe Video including as many people and theories as possible
Test Unit 1 Fri, Sep. 18
Video " 7 Ways Earth May Get Destroyed"
9-10-09
Bryson
Video
Notes
9-9-09
Bryson
Video
9-8-09
Finish Project presentations
Video
9-4-09
Discuss Projects
9-3-09
Discussion of Article from last evening
Timeline due tomorrow
9-2-09
Read The article Universe record three questions you have from the article and bring them back to class for a discussion tomorrow.
Summary of some of what we've covered
Geocentric vs. Heliocentric history people
2000 BC Egyptians – sun boat 300 BC Aristarchus
400 BC Aristotle 1600 Copernicus
100 AD Ptolemy – epicycles explain Kepler – elipses
Retrograde motion- apparent
Backwards motion (Mars)
- = area in = time
Galileo – telescope Galilean moons IO, Europa, Ganymede, Callisto
Newton- Laws of Motion
Herschel – galaxies- collection
Einstein – curvature of space and time
Hubble – Universe expanding
Shapley- shape of Milky Way Galaxy
Parallax- apparent movement of distant object due to your change of position viewing