Title: Vostok 5
Content: Mass 4720 kg ; Apogee: 235 km ; Perigee: 181 km ; Inclination: 64.9° ; Period: 88.4 minutes 
Title: Vostok 2
Content: Mass: 4731 kg ; Perigee: 183 km ; Apogee: 244 km ; Inclination: 64.93° ; Period: 88.46 minutes 
Title: Voskhod 2
Content: Mass: 5682 kg ; Apogee: 475 km ; Perigee: 167 km ; Inclination: 64.8° ; Period: 90.9 min 
Title: Vostok 6
Content: Mass: 4713 kg ; Apogee: 231 km ; Perigee: 180 km ; Inclination: 64.9° ; Period: 87.8 minutes 
Title: JPL Horizons On-Line Ephemeris System
Content:  Objects (such as C/1980 E1) on an outbound ejection trajectory will show an eccentricity greater than 1, an apoapsis distance of AD= 9.99E+99 and an orbit period of PR= 9.99E+99. For objects orbiting the Sun, this is best computed at an epoch (date) when the object is outside of the planetary region of the Solar System and no longer subject to notable planetary perturbation. Due to the galactic tide and passing stars it is impossible to know if an object with a weak hyperbolic trajectory will truly be ejected or gently nudged back inward. The galactic tide and passing stars can also cause objects inbound from the Oort cloud to have a weakly hyperbolic trajectory.
Title: Soyuz 27
Content: Mass: 6800 kg ; Perigee: 198.9 km ; Apogee: 253.8 km ; Inclination: 51.65° ; Period: 88.73 minutes 
Title: 51 Pegasi b
Content:  After its discovery, many teams confirmed the planet's existence and obtained more observations of its properties. It was discovered that the planet orbits the star in around four days. It is much closer to it than Mercury is to the Sun, moves at an orbital speed of 136 km/s, yet has a minimum mass about half that of Jupiter (about 150 times that of the Earth). At the time, the presence of a huge world so close to its star was not compatible with theories of planet formation and was considered an anomaly. However, since then, numerous other "hot Jupiters" have been discovered (such as 55 Cancri and τ Boötis), and 
Title: Planet Nine
Content:  Planet Nine was initially hypothesized to follow an elliptical orbit around the Sun with an eccentricity of 0.2, and its semi-major axis was estimated to be 400 AU, roughly 13 to 26 times the distance from Neptune to the Sun. It would take the planet between 10,000 and 20,000 years to make one full orbit around the Sun, and its inclination to the ecliptic, the plane of the Earth's orbit, was projected to be 15 °. The aphelion, or farthest point from the Sun, would be in the general direction of the constellation of Taurus, whereas the perihelion, the nearest point to the Sun, would be in the general direction of the southerly areas of Serpens (Caput), Ophiuchus, and Libra. Brown thinks that if Planet Nine is confirmed to exist, a probe could reach it in as little as 20 years by using a powered slingshot trajectory around the Sun.
Title: Planet Nine
Content:  difficulty of discovering and tracking these objects during much of the year. Based on earlier considerations, this hypothetical super-Earth-sized planet would have had a predicted mass of five to ten times that of the Earth, and an elongated orbit 400 to 800 times as far from the Sun as the Earth. The orbit estimation was refined in 2021, resulting in a somewhat smaller semimajor axis of 380 AU. This was shortly thereafter updated to 460 AU. Konstantin Batygin and Michael E. Brown suggested that Planet Nine could be the core of a giant planet that was ejected from its original orbit by Jupiter during the genesis of the Solar System. Others proposed that the planet was captured 
Title: Soyuz 2
Content: Mass: 6520 kg ; Perigee: 196.0 km ; Apogee: 200.0 km ; Inclination: 51.65° ; Period: 88.50 minutes 

Question: Verify the following claims with "True" or "False": The celestial body known as a planet has an escape velocity of 0.02 k.p.s, a mass of 5.7kg and an apoapsis of 520906000.0 Kilometers.
Answer: True