FACTOID # 96: In the last Argentinian elections, 21% of the votes were declared invalid.
 
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Encyclopedia > 499 Venusia
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499 Venusia

Name
Name Venusia
Designation 1902 KX
Discovery
Discoverer Max Wolf
Discovery date December 24, 1902
Discovery site Heidelberg
Orbital elements
Epoch August 18, 2005 (JDCT 2453600.5)
Eccentricity (e) 0.214
Semimajor axis (a) 4.010 AU
Perihelion (q) 3.154 AU
Aphelion (Q) 4.867 AU
Orbital period (P) 8.031 a
Inclination (i) 2.091°
Longitude of the ascending node (Ω) 256.539°
Argument of Perihelion (ω) 177.294°
Mean anomaly (M) 15.927°

499 Venusia is a minor planet orbiting Sun. Maximilian Franz Joseph Cornelius Wolf (June 21, 1863 – October 3, 1932) was a German astronomer. ... Jump to: navigation, search December 24 is the 358th day of the year in the Gregorian Calendar (359th in leap years). ... Jump to: navigation, search 1902 was a common year starting on Wednesday (see link for calendar). ... Jump to: navigation, search Map of Germany showing Heidelberg Heidelberg (halfway between Stuttgart and Frankfurt) is a city in Baden-Württemberg, Germany. ... In astronomy, an epoch is a moment in time for which celestial coordinates or orbital elements are specified. ... August 18 is the 230th day of the year (231st in leap years) in the Gregorian calendar. ... Jump to: navigation, search 2005 (MMV) is a common year starting on Saturday of the Gregorian calendar. ... Jump to: navigation, search The Julian day or Julian day number (JDN) is the number of days that have elapsed since 12 noon Greenwich Mean Time (UT or TT) on Monday, January 1, 4713 BC in the proleptic Julian calendar . ... In astrodynamics, under standard assumptions any orbit must be of conic section shape. ... In geometry, the semi-major axis (also semimajor axis) a applies to ellipses and hyperbolas. ... Jump to: navigation, search The astronomical unit (AU or au or a. ... This article is about several astronomical terms (apogee & perigee, aphelion & perihelion, generic equivalents based on apsis, and related but rarer terms. ... Jump to: navigation, search The astronomical unit (AU or au or a. ... This article is about several astronomical terms (apogee & perigee, aphelion & perihelion, generic equivalents based on apsis, and related but rarer terms. ... Jump to: navigation, search The astronomical unit (AU or au or a. ... The orbital period is the time it takes a planet (or another object) to make one full orbit. ... A Julian year is the length of an average year in the Julian calendar, 365. ... Inclination is one of the six orbital parameters describing the shape and orientation of a celestial orbit and is the angular distance of the orbital plane from the plane of the reference (usually planets equator or the ecliptic), stated in degrees. ... The Longitude of the ascending node () is one of the orbital elements used to specify the orbit of an object in space. ... The argument of the perihelion is one of the orbital elements describing the orbit of a planet. ... In the study of orbital dynamics the mean anomaly is a measure of time, specific to the orbiting body p, which is a multiple of 2π radians at and only at periapsis. ... Jump to: navigation, search Minor planets, or planetoids are minor bodies of the Solar system orbiting the Sun (or of other planetary systems orbiting other stars) that are larger than meteoroids (the largest of which might be taken to be around 10 meters or so across) but smaller than major... Jump to: navigation, search The Sun is the star at the centre of our Solar system. ...

… | Previous asteroid | 499 Venusia | Next asteroid | … Jump to: navigation, search 498 Tokio 498 Tokio is a minor planet orbiting Sun. ...



The minor planetsedit
Vulcanoids | Main belt | Groups and families | Near-Earth objects | Jupiter Trojans
Centaurs | Damocloids | Comets | Trans-Neptunians (Kuiper belt | Scattered disc | Oort cloud)
For other objects and regions, see: Binary asteroids, Asteroid moons and the Solar system
For a complete listing, see: List of asteroids. For pronunciation, see: Pronunciation of asteroid names.

  Results from FactBites:
 
Hilda Asteroids, Part 2 (3405 words)
Contrary to the well-known secondary resonances that involve the period of libration of crarg' and the long periods arising from the motion of perihelion and node, now a linear combination of the orbital frequencies of asteroid and perturbing planets is commensurable to the frequency of the period of libration.
In case of (499) the forward integration shows one half of a cycle of libration that is followed by circulation of phi0, but only libration of phi0 about 180 deg results from the backward computation.
An influence of the long-lasting secular increase or decrease of the eccentricity of Jupiter on the amplitude of the observed libration of phi0, or on the changes between libration and circulation, is indicated.
Minor Planet Lightcurve Parameters (557 words)
The table contains the designation of the minor planet, the period of rotational lightcurve in hours, the (range of) amplitude observed, a reliability code, additional notes (if necessary) and references.
1 499 (144) Vibilia 13.819 0.13 3 1045 347 (145) Adeona 8.1 0.08 2 177 340 113 347 34 (146) Lucina 18.557 0.08 3 340 812 347 676 354 (147) Protogeneia 7.853 0.25 3 494 34 108 (148) Gallia 20.664 0.32 3 891 349 (149) Medusa 26.
>0.36 2 297 309 (499) Venusia 13.48 0.33 3 157 (500) Selinur 9.
  More results at FactBites »


 
 

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