Title: 129 Antigone
Content:  Antigone (minor planet designation: 129 Antigone) is a large main-belt asteroid. Radar observations indicate that it is composed of almost pure nickel-iron. It and other similar asteroids probably originate from the core of a shattered Vesta-like planetesimal which had a differentiated interior. It was discovered by German-American astronomer C. H. F. Peters on February 5, 1873, and named after Antigone, the Theban princess in Greek mythology. In 1979 a possible satellite of Antigone was suggested based on lightcurve data. A model constructed from these shows Antigone itself to be quite regularly shaped. In 1990, the asteroid was observed from the Collurania-Teramo Observatory, allowing a 
Title: 129 Antigone
Content:  light curve to be produced that showed a rotation period of 4.9572 ± 0.0001 hours and a brightness variation of 0.34 ± 0.01 in magnitude. The ratio of the lengths of the major to minor axes for this asteroid were found to be 1.45 ±0.02. 10µ radiometric data collected from Kitt Peak in 1975 gave a diameter estimate of 114 km. Since 1985, a total of three stellar occultations by Antigone have been observed. A favorable occultation of a star on April 11, 1985, was observed from sites near Pueblo, Colorado, allowing a diameter estimate of 113.0 ± 4.2 km to be calculated.
Title: Antigone (Euripides play)
Content:  The date for Antigone has not been definitively established. However, metrical analysis on the extant fragments, particularly the incidence of resolutions, by Cropp and Fick indicates that the play was likely written in the latter part of Euripides' life, between 420 BCE and 406 BCE. In addition, a scholiast remark indicates that another play of Euripides, Antiope, was produced after 412. However, metrical analysis of the extant fragments of Antiope indicate a much earlier date. This leaves open the possibility that the scholium erroneously referred to Antiope but meant Antigone, or originally named Antigone but this became corrupted over time. If so, that would indicate that Antigone was produced between 411 and 406 BCE. Zimmerman has suggested that the likely theme of the play involving Polynices as a traitor who was denied burial mirrored events of the Peloponnesian War in 411 BCE, which may be a further clue to the date of Antigone.
Title: Antigone (Euripides play)
Content:  Antigone (Ἀντιγόνη) is a play by the Attic dramatist Euripides, which is now lost except for a number of fragments. According to Aristophanes of Byzantium, the plot was similar to that of Sophocles' play Antigone, with three differences. The date of the play is uncertain, but there is evidence that it was written late in Euripides' career, between 420 BCE and 406 BCE.
Title: Antigone of Macedon
Content:  Antigone (Ἀντιγόνη) was a Macedonian noblewoman who lived in the 4th century BC. She was born to Cassander by unnamed mother. Antigone was the niece of the Regent Antipater. Her father and paternal uncle were the sons of Iolaus and through her father Antigone was a distant collateral relative to the Argead dynasty. Antigone was originally from either Paliura or Eordaea. Little is known of her life. Antigone married a Macedonian nobleman of obscure origin called Magas who was from Eordaea. Antigone and Magas lived in Eordaea and had a daughter called Berenice I of Egypt. The colony of Antigonia was named after her and her granddaughter of the same name.
Title: Antigone
Content:   In Greek mythology, Antigone (Ancient Greek: Ἀντιγόνη) is the daughter of Oedipus and either his mother Jocasta or Euryganeia. She is a sister of Polynices, Eteocles, and Ismene. The meaning of the name is, as in the case of the masculine equivalent Antigonus, "worthy of one's parents" or "in place of one's parents". She is the protagonist of the eponymous play by Sophocles.
Title: Antares
Content:  Antares is 4.57 degrees south of the ecliptic, one of four first magnitude stars within 6° of the ecliptic (the others are Spica, Regulus and Aldebaran), so it can be occulted by the Moon. The occultation of 31 July 2009 was visible in much of southern Asia and the Middle East. Every year around December 2 the Sun passes 5° north of Antares. Lunar occultations of Antares are fairly common, depending on the 18.6-year cycle of the lunar nodes. The last cycle ended in 2010 and the next begins in 2023. Shown at right is a video of a reappearance event, clearly 
Title: Antigone of Epirus
Content:  Antigone (Ἀντιγόνη, born before 317 BC -295 BC ) was a Greek Macedonian noblewoman. Through her mother's second marriage she was a member of the Ptolemaic dynasty and through her marriage to Pyrrhus she was queen of Epirus. Antigone was the daughter and the second child of Berenice, a noblewoman from Eordeaea, and her first husband Philip. She had an elder brother called Magas and a younger sister called Theoxena. Antigone's father, Philip was the son of Amyntas by an unnamed mother. Based on Plutarch (Pyrrhus 4.4), her father was previously married and had children, including daughters. He served as a military officer in the service of the Macedonian King Alexander the Great and commanded one of the Phalanx divisions in Alexander's wars. Berenice's mother was the niece of 
Title: 1583 Antilochus
Content:  In December 2009 and June 2016, rotational lightcurves of Antilochus were obtained from photometric observations by American astronomer Robert Stephens at the Santana Observatory and at the Center for Solar System Studies (CS3) in California. Lightcurve analysis gave a rotation period of 31.52 and 31.54 hours with an amplitude of 0.09 and 0.11 magnitude, respectively (U=2/2). Follow-up observations over a total of 11 nights by Stephens in August 2017 gave the so-far best-rated lightcurve with a period of 15.889 hours – which corresponds to half the period solution of the former results – and a slightly higher brightness variation of 0.12 magnitude (U=2+). Stephen's period determination supersedes previously reported results by Vincenzo Zappalà (1985; 12 h), Federico Manzini (2007; 12 h) and René Roy (2009; 22.5 h) (U=3−/3).
Title: 911 Agamemnon
Content:  Photometric observations of this asteroid during 1997 were used to build a lightcurve showing a rotation period of 6.582 hours with a brightness variation of 0.29 magnitude. A 2009 study yielded a period of 6.592 hours, in reasonable agreement with the previous result.

Question: Verify the following claims with "True" or "False": 129 Antigone has an epoch date of 2006.12.31 and a rotation period of 95040.0.
Answer: False