Difference between revisions of "Exoplanets"
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* Calculate the temperature of an exoplanet caused by reflection of the parent star's light. (SR) | * Calculate the temperature of an exoplanet caused by reflection of the parent star's light. (SR) | ||
* What information may be obtained if two transits of an exoplanet are observed? More than two? (RS) | * What information may be obtained if two transits of an exoplanet are observed? More than two? (RS) | ||
| + | * At what radii are transits most common, smaller or larger than a Mercury orbit? What is the distance to Mercury's orbit? | ||
| + | ** Derive the probability of seeing a transit. (AB) | ||
| + | * Given a planet of temperature T, and a Sun-like star, derive the distance from star? (AB) | ||
[[Astrophysics]] | [[Astrophysics]] | ||
Revision as of 02:40, 6 December 2008
- How do we know that exoplanets exist? How many are there?
- Describe two methods of detecting exoplanets
- If an exoplanet transits a star, how does the luminosity change? Draw an plot of L vs t to scale
- What discovery ~15 years ago made exoplanet searches feasible? (The question was phrased pretty strangely. Hint: What "class" of exoplanets were discovered about then?)
- What is the probability of finding an eclipsing system?
- How many transiting exoplanets have been detected from space. How many have been detected from the ground?
- Calculate the temperature of an exoplanet caused by reflection of the parent star's light. (SR)
- What information may be obtained if two transits of an exoplanet are observed? More than two? (RS)
- At what radii are transits most common, smaller or larger than a Mercury orbit? What is the distance to Mercury's orbit?
- Derive the probability of seeing a transit. (AB)
- Given a planet of temperature T, and a Sun-like star, derive the distance from star? (AB)
