As we study ideas like the HR diagram, we need more and more telescopes to gather data. How do new telescopes, like the Webb telescopes, which focus on gathering light from ancient stars, differ from Galileo's or Newton's, or even the Hale telescope? What types of EM radiation do they look for? Why can't we see these from earth?
Pick one of the following telescopes and find out a)the EM radiation range targeted by the following telescopes (there may be more than one) b) a picture generated by this telescope (or, if it is a prototype, a schematic of the design) c) how old the light coming into the telescope is, in light years or light minutes d) if the telescope uses mirrors, CCDs, lenses, or a combination of all. Post. Note: this is such an open-ended assignment that it would be INCONCEIVABLE for all the data to be the same (so quit copying..I notice :-)
Chandra
James Webb Telescope
Hubble
Spitzer
SOHO
the Very Large Array
Subscribe to:
Post Comments (Atom)
Blog Archive
-
▼
2008
(34)
-
▼
September
(19)
- How CCD works 15 points.
- Using the Sloan Digital Sky Survey LAB--25 pts
- Wilson and Penzias vs. Davis and Bahcall
- Finding out about Sunspots LAB (30 pts)
- How do you study? (10)
- Telescope Types (15)
- Notes on Stellar Spectra (10 pts)
- Escaping the sun LAB/class data (25 pts)
- Savage Sun
- Annie Cannon and the Spectra 10 points
- Lab 4: Measuring the Speed of Light with Chocolate
- Electromagnetic Radiation
- What is up with Mercury? Lab 3 (10 pts)
- What is it? (10 pts)
- Why Does a Magnet Matter (10 pts)
- Reflecting vs. Refracting Telescope (10 pts)
- The Moons of Jupiter: Astro Lab 2 (20 points)
- Scaling the Solar System (10 points)
- One Great Part of the Solar System
-
▼
September
(19)
No comments:
Post a Comment