In this article, we will delve into the exciting world of 273 Atropos, exploring its many facets and its relevance today. From its origins to its impact on contemporary society, we will thoroughly analyze every aspect related to 273 Atropos, providing our readers with a complete and up-to-date view of this fascinating topic. Through research, interviews and in-depth analysis, we aim to shed light on 273 Atropos, offering our readers an informed and enriching perspective that will allow them to better understand its importance and impact in various areas.
![]() Orbital diagram | |
Discovery | |
---|---|
Discovered by | Johann Palisa |
Discovery date | 8 March 1888 |
Designations | |
(273) Atropos | |
Pronunciation | /ˈætrəpɒs/[1] |
Named after | Atropos |
A888 EA, 1910 CC | |
Main belt | |
Orbital characteristics[2] | |
Epoch 31 July 2016 (JD 2457600.5) | |
Uncertainty parameter 0 | |
Observation arc | 105.94 yr (38695 d) |
Aphelion | 2.7792 AU (415.76 Gm) |
Perihelion | 2.01097 AU (300.837 Gm) |
2.39507 AU (358.297 Gm) | |
Eccentricity | 0.16037 |
3.71 yr (1353.9 d) | |
127.80° | |
0° 15m 57.276s / day | |
Inclination | 20.454° |
158.957° | |
121.16° | |
Physical characteristics | |
Dimensions | 29.27±1.3 km |
23.924 h (0.9968 d)[2] 23.852 h[3] | |
0.1624±0.015 | |
10.26 | |
273 Atropos is a typical Main belt asteroid that was discovered by Austrian astronomer Johann Palisa on 8 March 1888 in Vienna.
Photometric observations of this asteroid at the Palmer Divide Observatory in Colorado Springs, Colorado, in 2007 gave a light curve with a period of 23.852 ± 0.003 hours and a brightness variation of 0.60 ± 0.03 in magnitude.[3]