The period of revolution was 19 days and 17 hours, and the orbit was inclined to the ecliptic by 12 degrees and 10 minutes ( an incredible degree of precision ).
22.
Artificial satellites that need to face the Earth at all times must be carefully spun so that their period of rotation matches their period of revolution, and this synchronization maintained by use of attitude controls.
23.
From these and the speed of light ( which is ~ ), it can be calculated that the apsidial precession during one period of revolution is \ epsilon = radians ( degrees or 0.104 arcseconds ).
24.
Examples " creators of an order are Vladimir Lenin, Maximilien de Robespierre, John Zizka, Oliver Cromwell, Augustus, Napoleon, who are able to bring an order " an iron fist " after the period of revolutions or reforms.
25.
On the occasion of the agency's 69th anniversary, President Susilo Bambang Yudhoyono stated, " Antara made immense contributions in documenting the nation's struggle during the period of revolution, such that its role must not be forgotten ."
26.
Einstein showed that for a planet, the eccentricity of the orbit " e " and the period of revolution " T ", then the apsidal precession due to relativistic effects, during one period of revolution in radians, is
27.
Einstein showed that for a planet, the eccentricity of the orbit " e " and the period of revolution " T ", then the apsidal precession due to relativistic effects, during one period of revolution in radians, is
28.
This lead again to a transformation of the comet s orbit to an inactive centaur orbit with semi-major axis 7.2 AU, eccentricity 0.24, aphelion distance 9.0 AU, and perihelion distance 5.5 AU . The period of revolution became increased to 19.5 years.
29.
By tilting the axes of the spheres, and by assigning each a different period of revolution, he was able to approximate the celestial " appearances . " Thus, he was the first to attempt a mathematical description of the motions of the planets.
30.
According to my understanding of centripetal force, t = \ sqrt { 4 \ pi ^ 2 s \ over g }, or s =, where g is the simulated gravity, s the radius of the centrifuge, and t is the period of revolution.
