Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q4613767> ?p ?o }
Showing triples 1 to 92 of
92
with 100 triples per page.
- Q4613767 subject Q15404901.
- Q4613767 subject Q19795229.
- Q4613767 subject Q8225730.
- Q4613767 subject Q8257314.
- Q4613767 subject Q8273476.
- Q4613767 subject Q8396606.
- Q4613767 subject Q8609770.
- Q4613767 subject Q8788431.
- Q4613767 absoluteMagnitude "22.1".
- Q4613767 abstract "(410777) 2009 FD (also written as 2009 FD) is a binary Apollo asteroid (a class of near-Earth asteroid) with an orbit that places it at risk of a possible future collision with Earth in 2185. It has the highest impact threat of all known asteroids on the Palermo Technical Impact Hazard Scale based on its estimated diameter of 470 meters, kinetic yield, impact probability, and time interval.(410777) 2009 FD was initially announced as discovered on 16 March 2009 by La Sagra Sky Survey. Because there were previous observations found in images taken by the Spacewatch survey some 3 weeks prior, on 24 February 2009, the Minor Planet Center assigned the discovery credit to Spacewatch under the discovery assignment rules. (410777) 2009 FD made a close pass to Earth on 27 March 2009 at a distance of 0.004172 AU (624,100 km; 387,800 mi) and another on 24 October 2010 at 0.0702 AU. (410777) 2009 FD was recovered at apparent magnitude 23 on 30 November 2013 by Cerro Paranal Observatory, several months before the close approach of April 2014 when it passed 0.1 AU from Earth. It brightened to roughly apparent magnitude 19.3 around mid-March 2014. One radar Doppler observation of (410777) 2009 FD was made in 2014. The October–November 2015 Earth approach will be studied by the Goldstone Deep Space Network.NASA's Near Earth Program originally estimated its size to be 130 metres in diameter based on an assumed albedo of 0.15. This gave it an estimated mass of around 2,800,000 tonnes. But work by Amy Mainzer using NEOWISE data in 2014 showed that it could be as large as 472 metres with an albedo as low as 0.01. Because (410777) 2009 FD (K09F00D) was only detected in two (W1+W2) of the four wavelengths the suspected NEOWISE diameter is more of an upper limit. Radar observations in 2015 showed it to be a binary asteroid. The primary is 120–180 meters in diameter and the secondary is 60–120 meters in diameter.The JPL Small-Body Database shows that (410777) 2009 FD will make two very close approaches in the late 22nd century, with the approach of 29 March 2185 currently having a 1 in 385 chance of impacting Earth. The nominal 2185 Earth approach distance is 0.009 AU (1,300,000 km; 840,000 mi). Orbit determination for 2190 is complicated by the 2185 close approach. The precise distance that it will pass from Earth and the Moon on 29 March 2185 will determine the 30 March 2190 distance. (410777) 2009 FD should pass closer to the Moon than Earth on 29 March 2185. An impact by (410777) 2009 FD would cause severe devastation to a large region or tsunamis of significant size. Due to (410777) 2009 FD's size, and its interactions with Mars and Venus, which increase its orbital uncertainty over time, it is rated −0.40 on the Palermo Scale, placing it higher on the Sentry Risk Table than any other known object.".
- Q4613767 albedo "0.01".
- Q4613767 apoapsis "2.5977670247055E11".
- Q4613767 density "1890.0".
- Q4613767 discovered "2009-02-24".
- Q4613767 discoverer Q213563.
- Q4613767 epoch "(Uncertainty=0)".
- Q4613767 epoch "27 June 2015".
- Q4613767 escapeVelocity "1.74456".
- Q4613767 mass "8300.0".
- Q4613767 maximumTemperature "362.0".
- Q4613767 meanTemperature "258.0".
- Q4613767 minimumTemperature "211.0".
- Q4613767 orbitalPeriod "3.9447E7".
- Q4613767 periapsis "8.8234320117567E10".
- Q4613767 rotationPeriod "14400.0".
- Q4613767 thumbnail The_VLT_images_the_very_faint_Near-Earth_Object_2009_FD.jpg?width=300.
- Q4613767 wikiPageExternalLink ann14004.
- Q4613767 wikiPageWikiLink Q101038.
- Q4613767 wikiPageWikiLink Q10914152.
- Q4613767 wikiPageWikiLink Q124313.
- Q4613767 wikiPageWikiLink Q139771.
- Q4613767 wikiPageWikiLink Q15404901.
- Q4613767 wikiPageWikiLink Q16333724.
- Q4613767 wikiPageWikiLink Q19795229.
- Q4613767 wikiPageWikiLink Q2.
- Q4613767 wikiPageWikiLink Q2014814.
- Q4613767 wikiPageWikiLink Q207391.
- Q4613767 wikiPageWikiLink Q2125423.
- Q4613767 wikiPageWikiLink Q213563.
- Q4613767 wikiPageWikiLink Q217208.
- Q4613767 wikiPageWikiLink Q25235.
- Q4613767 wikiPageWikiLink Q265392.
- Q4613767 wikiPageWikiLink Q265628.
- Q4613767 wikiPageWikiLink Q2701478.
- Q4613767 wikiPageWikiLink Q28390.
- Q4613767 wikiPageWikiLink Q302660.
- Q4613767 wikiPageWikiLink Q3478803.
- Q4613767 wikiPageWikiLink Q4026990.
- Q4613767 wikiPageWikiLink Q4329976.
- Q4613767 wikiPageWikiLink Q463796.
- Q4613767 wikiPageWikiLink Q522039.
- Q4613767 wikiPageWikiLink Q603159.
- Q4613767 wikiPageWikiLink Q618630.
- Q4613767 wikiPageWikiLink Q6277491.
- Q4613767 wikiPageWikiLink Q643921.
- Q4613767 wikiPageWikiLink Q6606299.
- Q4613767 wikiPageWikiLink Q693552.
- Q4613767 wikiPageWikiLink Q729623.
- Q4613767 wikiPageWikiLink Q8225730.
- Q4613767 wikiPageWikiLink Q8257314.
- Q4613767 wikiPageWikiLink Q8273476.
- Q4613767 wikiPageWikiLink Q8396606.
- Q4613767 wikiPageWikiLink Q8609770.
- Q4613767 wikiPageWikiLink Q8788431.
- Q4613767 wikiPageWikiLink Q928051.
- Q4613767 wikiPageWikiLink Q947662.
- Q4613767 wikiPageWikiLink Q953917.
- Q4613767 absMagnitude "22.1".
- Q4613767 albedo "0.01".
- Q4613767 density "1.89".
- Q4613767 discovered "2009-02-24".
- Q4613767 discoverer "Spacewatch".
- Q4613767 epoch "2015-06-27".
- Q4613767 escapeVelocity "0.4846".
- Q4613767 mass "8.3".
- Q4613767 maxTemp "362.0".
- Q4613767 meanTemp "258.0".
- Q4613767 minTemp "211.0".
- Q4613767 name "2009".
- Q4613767 period "3.9447E7".
- Q4613767 rotation "14400.0".
- Q4613767 type Place.
- Q4613767 type CelestialBody.
- Q4613767 type Location.
- Q4613767 type Place.
- Q4613767 type Planet.
- Q4613767 type Thing.
- Q4613767 type Q634.
- Q4613767 comment "(410777) 2009 FD (also written as 2009 FD) is a binary Apollo asteroid (a class of near-Earth asteroid) with an orbit that places it at risk of a possible future collision with Earth in 2185. It has the highest impact threat of all known asteroids on the Palermo Technical Impact Hazard Scale based on its estimated diameter of 470 meters, kinetic yield, impact probability, and time interval.(410777) 2009 FD was initially announced as discovered on 16 March 2009 by La Sagra Sky Survey.".
- Q4613767 label "(410777) 2009 FD".
- Q4613767 depiction The_VLT_images_the_very_faint_Near-Earth_Object_2009_FD.jpg.
- Q4613767 name "(410777) 2009 FD".