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Unit Curriculum Map for
... Recognize attributes of stars in the night sky. Compare similarities and differences of planets to stars in appearance, position and number. Explain why constellations stay the same, but are seen at different times. Identify technology used to observe objects in the sky. Explain causes of day and ni ...
... Recognize attributes of stars in the night sky. Compare similarities and differences of planets to stars in appearance, position and number. Explain why constellations stay the same, but are seen at different times. Identify technology used to observe objects in the sky. Explain causes of day and ni ...
30_transits
... happen to observe the system edge on. Then we can observe a transit. Star’s light will drop slightly because a small amount of it is blocked by planet. Need to very carefully observe brightness of star as a function of time looking for a small dip. ...
... happen to observe the system edge on. Then we can observe a transit. Star’s light will drop slightly because a small amount of it is blocked by planet. Need to very carefully observe brightness of star as a function of time looking for a small dip. ...
STORY 2 - salto
... increase greatly in the coming years. Because the Kepler spacecraft must view three stellar transits by exoplanets before it identifies them as candidate planets, it has so far only been able to identify planets that orbit their star at a relatively quick rate. The mission is expected to continue un ...
... increase greatly in the coming years. Because the Kepler spacecraft must view three stellar transits by exoplanets before it identifies them as candidate planets, it has so far only been able to identify planets that orbit their star at a relatively quick rate. The mission is expected to continue un ...
Distant planet with iron raindrops found
... Sasselov said the team has two other candidate extrasolar planet discoveries that have yet to proven by ...
... Sasselov said the team has two other candidate extrasolar planet discoveries that have yet to proven by ...
15 Aug 2009
... mass of the exoplanet and can reveal small rocky planets similar to ours. Sixty transiting planets are known to date. A space-based transit survey by the European Space Agency's Corot satellite has detected planets as small as two Earth diameters. NASA's Kepler mission, launched this past March and ...
... mass of the exoplanet and can reveal small rocky planets similar to ours. Sixty transiting planets are known to date. A space-based transit survey by the European Space Agency's Corot satellite has detected planets as small as two Earth diameters. NASA's Kepler mission, launched this past March and ...
1 m/s - Sochias
... 1 m/s Jupiter analog is 10-sigma detection Uncertainty of eccentricity is +/-0.02 Saturn-mass at 5 AU is a 4-sigma detection Super-Earths detectable in 4-day orbits Detection sensitivity similar/better than SIM ...
... 1 m/s Jupiter analog is 10-sigma detection Uncertainty of eccentricity is +/-0.02 Saturn-mass at 5 AU is a 4-sigma detection Super-Earths detectable in 4-day orbits Detection sensitivity similar/better than SIM ...
Patterns in the Solar System
... • Each planet revolves so that an imaginary line connecting it to the Sun sweeps over equal areas in equal time intervals. ...
... • Each planet revolves so that an imaginary line connecting it to the Sun sweeps over equal areas in equal time intervals. ...
system of seven planets discovered
... with Neptune-like masses, between 13 and 25 Earth masses, which orbit the star with periods ranging from about 6 to 600 days. The trace of two additional planets is also visible in the data. One would be a Saturn-like planet (with a minimum mass of 65 Earth masses) orbiting in 2200 days. The other w ...
... with Neptune-like masses, between 13 and 25 Earth masses, which orbit the star with periods ranging from about 6 to 600 days. The trace of two additional planets is also visible in the data. One would be a Saturn-like planet (with a minimum mass of 65 Earth masses) orbiting in 2200 days. The other w ...
Extra-Solar Planets - Buffalo State College
... hot Jupiter migrates inward, it scatters material (planetesimals, etc.) outward. Since the inner stellar system material is mixed with material outside the “frost line”, these terrestrial planets would be water-rich. ...
... hot Jupiter migrates inward, it scatters material (planetesimals, etc.) outward. Since the inner stellar system material is mixed with material outside the “frost line”, these terrestrial planets would be water-rich. ...
Earth, Moon and Our Solar System
... Optical Telescope An optical telescope is a telescope which is used to gather and focus light mainly from the visible part of the electromagnetic spectrum. ...
... Optical Telescope An optical telescope is a telescope which is used to gather and focus light mainly from the visible part of the electromagnetic spectrum. ...
nsci 314 - life in the cosmos study guide 2
... - not in a binary or multiple system (maybe?) - fraction of stars that are suitable (rough idea) important properties of a suitable planet: - in habitable zone (or source of internal heat) - nearly circular orbit - massive enough to retain a reasonable atmosphere - rocky - geologically active? - lar ...
... - not in a binary or multiple system (maybe?) - fraction of stars that are suitable (rough idea) important properties of a suitable planet: - in habitable zone (or source of internal heat) - nearly circular orbit - massive enough to retain a reasonable atmosphere - rocky - geologically active? - lar ...
SolarsystemPP[2]
... An axis is an imaginary line that runs through the center to the Earth from the North Pole to the South Pole. ...
... An axis is an imaginary line that runs through the center to the Earth from the North Pole to the South Pole. ...
A Warm and Fuzzy Planet?
... here in an artist’s rendering) has baffled astronomers, since it is puffed up much larger than theory predicts. HAT-P-1 has a radius about 1.38 times Jupiter’s but contains only half Jupiter’s mass. Astronomers continue to discover exo-planets. Most fall into the category of ‘hot Jupiters’, these ar ...
... here in an artist’s rendering) has baffled astronomers, since it is puffed up much larger than theory predicts. HAT-P-1 has a radius about 1.38 times Jupiter’s but contains only half Jupiter’s mass. Astronomers continue to discover exo-planets. Most fall into the category of ‘hot Jupiters’, these ar ...
Introduction to the solar system guided notes.pptx
... • Model wasn’t published till he died • Wasn’t until _____________________ created his telescope • Proposed the planets orbit the sun like the moons of Jupiter orbited the planet Planets and their motion • _____________________________: the sun and all the objects that are held together by the suns ...
... • Model wasn’t published till he died • Wasn’t until _____________________ created his telescope • Proposed the planets orbit the sun like the moons of Jupiter orbited the planet Planets and their motion • _____________________________: the sun and all the objects that are held together by the suns ...
ISU prof helps find new star - Osservatorio Astronomico di
... hydrogen fuel, expand enormously as a red giant and expel its outer layers in an explosive helium flash. The planet discovered by the researchers, “V 391 Pegasi b,” has survived all those changes to its sun. The international research team was led by Roberto Silvotti from the INAFOsservatorio ...
... hydrogen fuel, expand enormously as a red giant and expel its outer layers in an explosive helium flash. The planet discovered by the researchers, “V 391 Pegasi b,” has survived all those changes to its sun. The international research team was led by Roberto Silvotti from the INAFOsservatorio ...
Extrasolar Planets
... Why? • Were the techniques not sensitive enough? • Perhaps there were no planets after all? ...
... Why? • Were the techniques not sensitive enough? • Perhaps there were no planets after all? ...
name - CBSD.org
... 1. How many exoplanets have been discovered so far? 1919 as of 5/12/15. 3610 as of 5/16/17. 2. Of all the exoplanets listed, give the name of the planet that orbits the farthest from its central star and how far away the planet is from its star. HIP 77900 b is 3200 au from its parent star. 3. How do ...
... 1. How many exoplanets have been discovered so far? 1919 as of 5/12/15. 3610 as of 5/16/17. 2. Of all the exoplanets listed, give the name of the planet that orbits the farthest from its central star and how far away the planet is from its star. HIP 77900 b is 3200 au from its parent star. 3. How do ...
Super-Earth
![](https://commons.wikimedia.org/wiki/Special:FilePath/Exoplanet_Comparison_CoRoT-7_b.png?width=300)
A super-Earth is an extrasolar planet with a mass higher than Earth's, but substantially below the mass of the Solar System's ice giants Uranus and Neptune, which are 15 and 17 Earth masses respectively. The term super-Earth refers only to the mass of the planet, and does not imply anything about the surface conditions or habitability. The alternative term ""gas dwarfs"" may be more accurate for those at the higher end of the mass scale, as suggested by MIT professor Sara Seager, although mini-Neptunes is more common.