Table:
text: Orbital period
Escape velocities at altitude
Escape velocities at altitude
orbit center_to_center_distance altitude_above_the_Earth_s_surface Orbital_period specific_orbital_energy
Earth`s surface (for comparison) 6,400 km 0 km 85 minutes −62.6 MJ/kg
Low Earth orbit 6,600 to 8,400 km 200 to 2,000 km 89 to 128 min −29.8 MJ/kg
Molniya orbit 6,900 to 46,300 km 500 to 39,900 km 11 h 58 min −4.7 MJ/kg
Geostationary 42,000 km 35,786 km 23 h 56 min −4.6 MJ/kg
Orbit of the Moon 363,000 to 406,000 km 357,000 to 399,000 km 27.3 days −0.5 MJ/kg

Question: From orbital period: specific orbital energy of −29.8 mj/kg has which orbit ?

Question: Which height above the earth's surface from 500 to 39,900 km has which orbital period?

Question: What is the orbital period of the specific orbital energy −0.5 mj/kg at what height above the earth's surface?

Question: What is the orbital altitude of the Earth's surface from 357,000 to 399,000 km in the orbital period?

Question: What specific orbital energy does Mercury have for an orbital period of 89 to 128 minutes?

Question: Which orbital period is required for a center distance of 6,900 to 46,300 km?