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Orbital periodThe orbital period is the time it takes a planet (or another object) to make one full orbit. There are several kinds of orbital periods for objects around the Sun: The sidereal period is the time that it takes the object to make one full orbit around the

Orbital elementsThe elements of an orbit are the parameters needed to specify that orbit uniquely, given a model of two ideal masses obeying the Newtonian laws of motion and the inverse-square law of gravitational attraction. Because there are multiple ways of defining a

Orbital spaceflight

Orbital speedThe orbital speed of a body, generally a planet, a natural satellite, an artificial satellite, or a multiple star, is the speed at which it orbits around the barycenter of a system, usually around a more massive body. It can be used to refer to either the

Orbital planeThe orbital plane is an astronomical concept. It is the geometrical plane in which the orbit of a planet or other body is embedded.

Orbital transfer

Orbital resonanceIn celestial mechanics, orbital resonance occurs when two orbiting bodies have periods of revolution that are in a simple integer ratio so that they exert a regular gravitational influence on each other. This can stabilize the orbits and protect them from

Orbital motion

Orbital engineAn Orbital engine is a type of internal combustion engine, featuring rotary rather than reciprocating motion of its internal parts. It differs from the conceptually similar Wankel engine by using a shaped rotor that rolls around the interior of the engine

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Disambiguation

OrbitalThe term orbital has several meanings: in physics it is used to describe an atomic electron configuration, see also molecular orbital in physiology it is used to describe the region of the skull in which the eyeball is located in space exploration "going	Orbital resonanceIn celestial mechanics, orbital resonance occurs when two orbiting bodies have periods of revolution that are in a simple integer ratio so that they exert a regular gravitational influence on each other. This can stabilize the orbits and protect them from	Orbital revolutionOrbital revolution is the cyclical path taken by one object around another object (or point, line, etc. In astronomy, the term revolution is most often used to describe the movement of large masses around the center of mass of a system, for example the mo
Orbital maneuvering systemThe Orbital Maneuvering System or OMS is a system of rocket engines used on the Space Shuttle for orbital injection and modifying its orbit. It consists of two "packs" at the back of the Shuttle, the large lumps on either side of the vertical stabilizer.	Orbital elementsThe elements of an orbit are the parameters needed to specify that orbit uniquely, given a model of two ideal masses obeying the Newtonian laws of motion and the inverse-square law of gravitational attraction. Because there are multiple ways of defining a	Orbital planeThe orbital plane is an astronomical concept. It is the geometrical plane in which the orbit of a planet or other body is embedded.
Orbital period	Orbital (band)	Orbital speed
Orbital Sciences X-34	Orbital engine	Orbital bombardment
Orbital airship	Orbital decay	Orbital spaceflight

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Topics: Orbital Resonance, Orbital Revolution, Orbital Maneuvering...