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Revision 6290368 of "Корисник:Autobot/sandbox6" on srwiki
xxxx'''Mercury'''{{subst:Autobot/sandbox4 | ime = Mercury
| Bulk parameters
Mercury Earth Ratio (Mercury/Earth)
| Mass (1024 kg) = 0.3302
| Volume (1010 km3) = 6.083
| Equatorial radius (km) = 2439.7
| Polar radius (km) = 2439.7
| Volumetric mean radius (km) = 2439.7
| Ellipticity (Flattening) = 0.0000
| Mean density (kg/m3) = 5427
| Surface gravity (eq.) (m/s2) = 3.70
| Surface acceleration (eq.) (m/s2) = 3.70
| Escape velocity (km/s) = 4.3
| GM (x 106 km3/s2) = 0.02203
| Bond albedo = 0.068
| Visual geometric albedo = 0.142
| Visual magnitude V(1,0) = -0.42
| Solar irradiance (W/m2) = 9126.6
| Black-body temperature (K) = 440.1
| Moment of inertia (I/MR2) = 0.33
| J2 (x 10-6) = 60.
| Number of natural satellites = 0 1
| Planetary ring system = No No
| Orbital parameters
Mercury Earth Ratio (Mercury/Earth)
| Semimajor axis (106 km) = 57.91
| Sidereal orbit period (days) = 87.969
| Tropical orbit period (days) = 87.968
| Perihelion (106 km) = 46.00
| Aphelion (106 km) = 69.82
| Synodic period (days) = 115.88 - -
| Mean orbital velocity (km/s) = 47.87
| Max. orbital velocity (km/s) = 58.98
| Min. orbital velocity (km/s) = 38.86
| Orbit inclination (deg) = 7.00
| Orbit eccentricity = 0.2056
| Sidereal rotation period (hrs) = 1407.6
| Length of day (hrs) = 4222.6
| Obliquity to orbit (deg) = ~0
| Mercury Observational Parameters
| Discoverer = Unknown
| Discovery Date = Prehistoric
| Distance from Earth
| Minimum (106 km) = 77.3
| Maximum (106 km) = 221.9
| Apparent diameter from Earth
| Maximum (seconds of arc) = 13.
| Minimum (seconds of arc) = 4.5
| Maximum visual magnitude = -1.9
| Mean values at inferior conjunction with Earth
| Distance from Earth (106 km) = 91.70
| Apparent diameter (seconds of arc) = 11.0
| Mercury Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 0.38709893
| Orbital eccentricity = 0.20563069
| Orbital inclination (deg) = 7.00487
| Longitude of ascending node (deg) = 48.33167
| Longitude of perihelion (deg) = 77.45645
| Mean Longitude (deg) = 252.25084
| North Pole of Rotation
| Right Ascension = 281.01 - 0.003T
| Declination = 61.45 - 0.005T
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
| T = Julian centuries from reference date
}yyyy
xxxx'''Venus'''{{subst:Autobot/sandbox4 | ime = Venus
| Bulk parameters
Venus Earth Ratio (Venus/Earth)
| Mass (1024 kg) = 4.8685
| Volume (1010 km3) = 92.843
| Equatorial radius (km) = 6051.8
| Polar radius (km) = 6051.8
| Volumetric mean radius (km) = 6051.8
| Ellipticity (Flattening) = 0.000
| Mean density (kg/m3) = 5243
| Surface gravity (eq.) (m/s2) = 8.87
| Surface acceleration (eq.) (m/s2) = 8.87
| Escape velocity (km/s) = 10.36
| GM (x 106 km3/s2) = 0.3249
| Bond albedo = 0.90
| Visual geometric albedo = 0.67
| Visual magnitude V(1,0) = -4.40
| Solar irradiance (W/m2) = 2613.9
| Black-body temperature (K) = 184.2
| Topographic range (km) = 15
| Moment of inertia (I/MR2) = 0.33
| J2 (x 10-6) = 4.458
| Number of natural satellites = 0 1
| Planetary ring system = No No
| Orbital parameters
Venus Earth Ratio (Venus/Earth)
| Semimajor axis (106 km) = 108.21
| Sidereal orbit period (days) = 224.701
| Tropical orbit period (days) = 224.695
| Perihelion (106 km) = 107.48
| Aphelion (106 km) = 108.94
| Synodic period (days) = 583.92 - -
| Mean orbital velocity (km/s) = 35.02
| Max. orbital velocity (km/s) = 35.26
| Min. orbital velocity (km/s) = 34.79
| Orbit inclination (deg) = 3.39
| Orbit eccentricity = 0.0067
| Sidereal rotation period (hrs) = -5832.5
| Length of day (hrs) = 2802.0
| Obliquity to orbit (deg) = 177.36
| Venus Observational Parameters
| Discoverer = Unknown
| Discovery Date = Prehistoric
| Distance from Earth
| Minimum (106 km) = 38.2
| Maximum (106 km) = 261.0
| Apparent diameter from Earth
| Maximum (seconds of arc) = 66.0
| Minimum (seconds of arc) = 9.7
| Maximum visual magnitude = -4.6
| Mean values at inferior conjunction with Earth
| Distance from Earth (106 km) = 41.44
| Apparent diameter (seconds of arc) = 60.2
| Venus Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 0.72333199
| Orbital eccentricity = 0.00677323
| Orbital inclination (deg) = 3.39471
| Longitude of ascending node (deg) = 76.68069
| Longitude of perihelion (deg) = 131.53298
| Mean Longitude (deg) = 181.97973
| North Pole of Rotation
| Right Ascension = 272.76
| Declination = 67.16
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
}yyyy
xxxx'''Moon'''{{subst:Autobot/sandbox4 | ime = Moon
| Bulk parameters
Moon Earth Ratio (Moon/Earth)
| Mass (1024 kg) = 0.07349
| Volume (1010 km3) = 2.1958
| Equatorial radius (km) = 1738.1
| Polar radius (km) = 1736.0
| Volumetric mean radius (km) = 1737.1
| Ellipticity (Flattening) = 0.0012
| Mean density (kg/m3) = 3350
| Surface gravity (m/s2) = 1.62
| Surface acceleration (m/s2) = 1.62
| Escape velocity (km/s) = 2.38
| GM (x 106 km3/s2) = 0.0049
| Bond albedo = 0.11
| Visual geometric albedo = 0.12
| Visual magnitude V(1,0) = +0.21
| Solar irradiance (W/m2) = 1367.6
| Black-body temperature (K) = 270.7
| Topographic range (km) = 16
| Moment of inertia (I/MR2) = 0.394
| J2 (x 10-6) = 202.7
| Orbital parameters (for orbit about the Earth)
Moon
| Semimajor axis (106 km) = 0.3844
| Perigee (106 km)* = 0.3633
| Apogee (106 km)* = 0.4055
| Revolution period (days) = 27.3217
| Synodic period (days) = 29.53
| Mean orbital velocity (km/s) = 1.023
| Max. orbital velocity (km/s) = 1.076
| Min. orbital velocity (km/s) = 0.964
| Inclination to ecliptic (deg) = 5.145
| Inclination to equator (deg) = 18.28 - 28.58
| Orbit eccentricity = 0.0549
| Sidereal rotation period (hrs) = 655.728
| Obliquity to orbit (deg) = 6.68
| Recession rate from Earth (cm/yr) = 3.8
| Mean values at opposition from Earth
| Distance from Earth (equator, km) = 378,000
| Apparent diameter (seconds of arc) = 1896
Apparent visual magnitude -12.74
}yyyy
xxxx'''Mars'''{{subst:Autobot/sandbox4 | ime = Mars
| Bulk parameters
Mars Earth Ratio (Mars/Earth)
| Mass (1024 kg) = 0.64185
| Volume (1010 km3) = 16.318
| Equatorial radius (km) = 3396.2
| Polar radius (km) = 3376.2
| Volumetric mean radius (km) = 3389.5
| Core radius (km) = 1700
| Ellipticity (Flattening) = 0.00589
| Mean density (kg/m3) = 3933
| Surface gravity (m/s2) = 3.71
| Surface acceleration (m/s2) = 3.69
| Escape velocity (km/s) = 5.03
| GM (x 106 km3/s2) = 0.04283
| Bond albedo = 0.250
| Visual geometric albedo = 0.170
| Visual magnitude V(1,0) = -1.52
| Solar irradiance (W/m2) = 589.2
| Black-body temperature (K) = 210.1
| Topographic range (km) = 30
| Moment of inertia (I/MR2) = 0.366
| J2 (x 10-6) = 1960.45
| Number of natural satellites = 2 1
| Planetary ring system = No No
| Orbital parameters
Mars Earth Ratio (Mars/Earth)
| Semimajor axis (106 km) = 227.92
| Sidereal orbit period (days) = 686.980
| Tropical orbit period (days) = 686.973
| Perihelion (106 km) = 206.62
| Aphelion (106 km) = 249.23
| Synodic period (days) = 779.94 - -
| Mean orbital velocity (km/s) = 24.13
| Max. orbital velocity (km/s) = 26.50
| Min. orbital velocity (km/s) = 21.97
| Orbit inclination (deg) = 1.850
| Orbit eccentricity = 0.0935
| Sidereal rotation period (hrs) = 24.6229
| Length of day (hrs) = 24.6597
| Obliquity to orbit (deg) = 25.19
| Mars Observational Parameters
| Discoverer = Unknown
| Discovery Date = Prehistoric
| Distance from Earth
| Minimum (106 km) = 55.7
| Maximum (106 km) = 401.3
| Apparent diameter from Earth
| Maximum (seconds of arc) = 25.1
| Minimum (seconds of arc) = 3.5
| Mean values at opposition from Earth
| Distance from Earth (106 km) = 78.39
| Apparent diameter (seconds of arc) = 17.9
Apparent visual magnitude -2.0
| Maximum apparent visual magnitude = -2.91
| Mars Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 1.52366231
| Orbital eccentricity = 0.09341233
| Orbital inclination (deg) = 1.85061
| Longitude of ascending node (deg) = 49.57854
| Longitude of perihelion (deg) = 336.04084
| Mean Longitude (deg) = 355.45332
| North Pole of Rotation
| Right Ascension = 317.681 - 0.106T
| Declination = 52.887 - 0.061T
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
}yyyy
xxxx'''Jupiter'''{{subst:Autobot/sandbox4 | ime = Jupiter
| Bulk parameters
Jupiter Earth Ratio (Jupiter/Earth)
| Mass (1024 kg) = 1,898.6
| Volume (1010 km3) = 143,128
| Radius (1 bar level) (km)
| = Equatorial 71,492
| = Polar 66,854
| Volumetric mean radius (km) = 69,911
| Ellipticity = 0.06487
| Mean density (kg/m3) = 1,326
| Gravity (eq., 1 bar) (m/s2) = 24.79
| Acceleration (eq., 1 bar) (m/s2) = 23.12
| Escape velocity (km/s) = 59.5
| GM (x 106 km3/s2) = 126.686
| Bond albedo = 0.343
| Visual geometric albedo = 0.52
| Visual magnitude V(1,0) = -9.40
| Solar irradiance (W/m2) = 50.50
| Black-body temperature (K) = 110.0
| Moment of inertia (I/MR2) = 0.254
| J2 (x 10-6) = 14,736
| Number of natural satellites = 67 1
| Planetary ring system = Yes No
| Orbital parameters
Jupiter Earth Ratio (Jupiter/Earth)
| Semimajor axis (106 km) = 778.57
| Sidereal orbit period (days) = 4,332.589
| Tropical orbit period (days) = 4,330.595
| Perihelion (106 km) = 740.52
| Aphelion (106 km) = 816.62
| Synodic period (days) = 398.88 - -
| Mean orbital velocity (km/s) = 13.07
| Max. orbital velocity (km/s) = 13.72
| Min. orbital velocity (km/s) = 12.44
| Orbit inclination (deg) = 1.304
| Orbit eccentricity = 0.0489
| Sidereal rotation period (hours) = 9.9250*
| Length of day (hrs) = 9.9259
| Obliquity to orbit (deg) = 3.13
* System III (1965.0) coordinates
| Jupiter Observational Parameters
| Discoverer = Unknown
| Discovery Date = Prehistoric
| Distance from Earth
| Minimum (106 km) = 588.5
| Maximum (106 km) = 968.1
| Apparent diameter from Earth
| Maximum (seconds of arc) = 50.1
| Minimum (seconds of arc) = 29.8
| Mean values at opposition from Earth
| Distance from Earth (106 km) = 628.76
| Apparent diameter (seconds of arc) = 46.9
Apparent visual magnitude -2.7
| Maximum apparent visual magnitude = -2.94
| Jupiter Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 5.20336301
| Orbital eccentricity = 0.04839266
| Orbital inclination (deg) = 1.30530
| Longitude of ascending node (deg) = 100.55615
| Longitude of perihelion (deg) = 14.75385
| Mean Longitude (deg) = 34.40438
| North Pole of Rotation
| Right Ascension = 268.05 - 0.009T
| Declination = 64.49 + 0.003T
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
}yyyy
xxxx'''Saturn'''{{subst:Autobot/sandbox4 | ime = Saturn
| Bulk parameters
Saturn Earth Ratio (Saturn/Earth)
| Mass (1024 kg) = 568.46
| Volume (1010 km3) = 82,713
| Radius (1 bar level) (km)
| = Equatorial 60,268
| = Polar 54,364
| Volumetric mean radius (km) = 58,232
| Ellipticity (Flattening) = 0.09796
| Mean density (kg/m3) = 687
| Gravity (eq., 1 bar) (m/s2) = 10.44
| Acceleration (eq., 1 bar) (m/s2) = 8.96
| Escape velocity (km/s) = 35.5
| GM (x 106 km3/s2) = 37.931
| Bond albedo = 0.342
| Visual geometric albedo = 0.47
| Visual magnitude V(1,0) = -8.88
| Solar irradiance (W/m2) = 14.90
| Black-body temperature (K) = 81.1
| Moment of inertia (I/MR2) = 0.210
| J2 (x 10-6) = 16,298.
| Number of natural satellites = 62 1
| Planetary ring system = Yes No
| Orbital parameters
Saturn Earth Ratio (Saturn/Earth)
| Semimajor axis (106 km) = 1,433.53
| Sidereal orbit period (days) = 10,759.22
| Tropical orbit period (days) = 10,746.94
| Perihelion (106 km) = 1,352.55
| Aphelion (106 km) = 1,514.50
| Synodic period (days) = 378.09 - -
| Mean orbital velocity (km/s) = 9.69
| Max. orbital velocity (km/s) = 10.18
| Min. orbital velocity (km/s) = 9.09
| Orbit inclination (deg) = 2.485
| Orbit eccentricity = 0.0565
| Sidereal rotation period (hours) = 10.656*
| Length of day (hrs) = 10.656
| Obliquity to orbit (deg) = 26.73
* Saturnian System III coordinates
| Saturn Observational Parameters
| Discoverer = Unknown
| Discovery Date = Prehistoric
| Distance from Earth
| Minimum (106 km) = 1195.5
| Maximum (106 km) = 1658.5
| Apparent diameter from Earth
| Maximum (seconds of arc) = 20.1
| Minimum (seconds of arc) = 14.5
| Mean values at opposition from Earth
| Distance from Earth (106 km) = 1277.42
| Apparent diameter (seconds of arc) = 19.5
Apparent visual magnitude 0.7
| Maximum apparent visual magnitude = 0.43
| Saturn Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 9.53707032
| Orbital eccentricity = 0.05415060
| Orbital inclination (deg) = 2.48446
| Longitude of ascending node (deg) = 113.71504
| Longitude of perihelion (deg) = 92.43194
| Mean Longitude (deg) = 49.94432
| North Pole of Rotation
| Right Ascension = 40.5954 - 0.0577T
| Declination = 83.5380 - 0.0066T
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
}yyyy
xxxx'''Uranus'''{{subst:Autobot/sandbox4 | ime = Uranus
| Bulk parameters
Uranus Earth Ratio (Uranus/Earth)
| Mass (1024 kg) = 86.832
| Volume (1010 km3) = 6,833
| Radius (1 bar level) (km)
| = Equatorial 25,559
| = Polar 24,973
| Volumetric mean radius (km) = 25,362
| Ellipticity (Flattening) = 0.02293
| Mean density (kg/m3) = 1,270
| Gravity (eq., 1 bar) (m/s2) = 8.87
| Acceleration (eq., 1 bar) (m/s2) = 8.69
| Escape velocity (km/s) = 21.3
| GM (x 106 km3/s2) = 5.794
| Bond albedo = 0.300
| Visual geometric albedo = 0.51
| Visual magnitude V(1,0) = -7.19
| Solar irradiance (W/m2) = 3.71
| Black-body temperature (K) = 58.2
| Moment of inertia (I/MR2) = 0.225
| J2 (x 10-6) = 3343.43
| Number of natural satellites = 27 1
| Planetary ring system = Yes No
| Orbital parameters
Uranus Earth Ratio (Uranus/Earth)
| Semimajor axis (106 km) = 2,872.46
| Sidereal orbit period (days) = 30,685.4
| Tropical orbit period (days) = 30,588.740
| Perihelion (106 km) = 2,741.30
| Aphelion (106 km) = 3,003.62
| Synodic period (days) = 369.66 - -
| Mean orbital velocity (km/s) = 6.81
| Max. orbital velocity (km/s) = 7.11
| Min. orbital velocity (km/s) = 6.49
| Orbit inclination (deg) = 0.772
| Orbit eccentricity = 0.0457
| Sidereal rotation period (hours) = -17.24*
| Length of day (hrs) = 17.24
| Obliquity to orbit (deg) = 97.77
* Magnetic coordinates (as determined by the Voyager 2 Radio Science experiment)
| Uranus Observational Parameters
| Discoverer = William Herschel
| Discovery Date = 13 March 1781
| Distance from Earth
| Minimum (106 km) = 2581.9
| Maximum (106 km) = 3157.3
| Apparent diameter from Earth
| Maximum (seconds of arc) = 4.1
| Minimum (seconds of arc) = 3.3
| Mean values at opposition from Earth
| Distance from Earth (106 km) = 2719.99
| Apparent diameter (seconds of arc) = 3.9
Apparent visual magnitude 5.5
| Maximum apparent visual magnitude = 5.32
| Uranus Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 19.19126393
| Orbital eccentricity = 0.04716771
| Orbital inclination (deg) = 0.76986
| Longitude of ascending node (deg) = 74.22988
| Longitude of perihelion (deg) = 170.96424
| Mean Longitude (deg) = 313.23218
| North Pole of Rotation
| Right Ascension = 257.43
| Declination = -15.10
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
}yyyy
xxxx'''Neptune'''{{subst:Autobot/sandbox4 | ime = Neptune
| Bulk parameters
Neptune Earth Ratio (Neptune/Earth)
| Mass (1024 kg) = 102.43
| Volume (1010 km3) = 6,254
| Radius (1 bar level) (km)
| = Equatorial 24,764
| = Polar 24,341
| Volumetric mean radius (km) = 24,622
| Ellipticity (Flattening) = 0.01708
| Mean density (kg/m3) = 1,638
| Gravity (eq., 1 bar) (m/s2) = 11.15
| Acceleration (eq., 1 bar) (m/s2) = 11.00
| Escape velocity (km/s) = 23.5
| GM (x 106 km3/s2) = 6.8351
| Bond albedo = 0.290
| Visual geometric albedo = 0.41
| Visual magnitude V(1,0) = -6.87
| Solar irradiance (W/m2) = 1.51
| Black-body temperature (K) = 46.6
| J2 (x 10-6) = 3411.
| Number of natural satellites = 13 1
| Planetary ring system = Yes No
| Orbital parameters
Neptune Earth Ratio (Neptune/Earth)
| Semimajor axis (106 km) = 4,495.06
| Sidereal orbit period (days) = 60,189.
| Tropical orbit period (days) = 59,799.9
| Perihelion (106 km) = 4,444.45
| Aphelion (106 km) = 4,545.67
| Synodic period (days) = 367.49 - -
| Mean orbital velocity (km/s) = 5.43
| Max. orbital velocity (km/s) = 5.50
| Min. orbital velocity (km/s) = 5.37
| Orbit inclination (deg) = 1.769
| Orbit eccentricity = 0.0113
| Sidereal rotation period (hours) = 16.11*
| Length of day (hrs) = 16.11
| Obliquity to orbit (deg) = 28.32
* Magnetic coordinates (as determined by the Voyager 2 Radio Science experiment)
| Neptune Observational Parameters
| Discoverer = Johann Gottfried Galle (based on predictions by
John Couch Adams and Urbain Leverrier)
| Discovery Date = 23 September 1846
| Distance from Earth
| Minimum (106 km) = 4305.9
| Maximum (106 km) = 4687.3
| Apparent diameter from Earth
| Maximum (seconds of arc) = 2.4
| Minimum (seconds of arc) = 2.2
| Mean values at opposition from Earth
| Distance from Earth (106 km) = 4347.31
| Apparent diameter (seconds of arc) = 2.3
Apparent visual magnitude 7.8
| Maximum apparent visual magnitude = 7.78
| Neptune Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 30.06896348
| Orbital eccentricity = 0.00858587
| Orbital inclination (deg) = 1.76917
| Longitude of ascending node (deg) = 131.72169
| Longitude of perihelion (deg) = 44.97135
| Mean Longitude (deg) = 304.88003
| North Pole of Rotation
| Right Ascension = 299.36 + 0.70 sin N
| Declination = 43.46 - 0.51 cos N
| Reference Date = 12:00 UT 1 Jan 2000 (JD 2451545.0)
| N = 359.28 + 549.308T degrees
}yyyy
xxxx'''Pluto'''{{subst:Autobot/sandbox4 | ime = Pluto
| Bulk parameters
Pluto Earth Ratio (Pluto/Earth)
| Mass (1024 kg) = 0.0125
| Volume (1010 km3) = 0.715
| Equatorial radius (km) = 1195
| Polar radius (km) = 1195
| Volumetric mean radius (km) = 1195
| Ellipticity (Flattening) = 0.0000
| Mean density (kg/m3) = 1750
| Surface gravity (m/s2) = 0.58
| Surface acceleration (m/s2) = 0.58
| Escape velocity (km/s) = 1.2
| GM (x 106 km3/s2) = 0.00083
| Bond albedo = 0.4 - 0.6
| Visual geometric albedo = 0.5 - 0.7
| Visual magnitude V(1,0) = -1.0
| Solar irradiance (W/m2) = 0.89
| Black-body temperature (K) = 37.5
| Number of natural satellites = 5 1
| Planetary ring system = No No
| Orbital parameters
Pluto Earth Ratio (Pluto/Earth)
| Semimajor axis (106 km) = 5906.38
| Sidereal orbit period (days) = 90,465
| Tropical orbit period (days) = 90,588
| Perihelion (106 km) = 4436.82
| Aphelion (106 km) = 7375.93
| Synodic period (days) = 366.73 - -
| Mean orbital velocity (km/s) = 4.72
| Max. orbital velocity (km/s) = 6.10
| Min. orbital velocity (km/s) = 3.71
| Orbit inclination (deg) = 17.16
| Orbit eccentricity = 0.2488
| Sidereal rotation period (hrs) = -153.2928
| Length of day (hrs) = 153.2820
| Obliquity to orbit (deg) = 122.53
| Pluto Observational Parameters
| Discoverer = Clyde Tombaugh
| Discovery Date = 18 February 1930
| Distance from Earth
| Minimum (106 km) = 4284.7
| Maximum (106 km) = 7528.0
| Apparent diameter from Earth
| Maximum (seconds of arc) = 0.11
| Minimum (seconds of arc) = 0.06
| Mean values at opposition from Earth
| Distance from Earth (106 km) = 5750.54
| Apparent diameter (seconds of arc) = 0.08
Apparent visual magnitude 15.1
| Maximum apparent visual magnitude = 13.65
| Pluto Mean Orbital Elements (J2000)
| Semimajor axis (AU) = 39.48168677
| Orbital eccentricity = 0.24880766
| Orbital inclination (deg) = 17.14175
| Longitude of ascending node (deg) = 110.30347
| Longitude of perihelion (deg) = 224.06676
| Mean longitude (deg) = 238.92881
| On 11 February 1999 at 11:22 UT (6:22 a.m. EST), Pluto passed Neptune as the
furthest planet from the Sun once again and will remain so until 5 April 2231.
| North Pole of Rotation
| Right Ascension = 313.02
| Declination = 9.09
| Reference Date : 12:00 UT 1 Jan 2000 (JD 2451545.0)All content in the above text box is licensed under the Creative Commons Attribution-ShareAlike license Version 4 and was originally sourced from https://sr.wikipedia.org/w/index.php?oldid=6290368.
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