An infinitesimal increase to " e " results in a hyperbolic orbit with a turning angle of 180 degrees, and the orbit appears to be a ray.
12.
Its incoming orbit had a Semimajor Axis of 59, 200 AU, but will have a hyperbolic orbit after leaving the solar system, with an eccentricity of 1.0009
13.
A micro-g environment for an indefinite time, while also possible in a spaceship going to infinity in a parabolic or hyperbolic orbit, is most practical in an Earth orbit.
14.
If you launch an object exactly horizontally with a speed greater than escape velocity then it enters a hyperbolic orbit whose perigee is at the launch point ( because launch is horizontal ).
15.
A hyperbolic orbit will certainly lose energy if it goes through an atmosphere, whether that could lead to capture or not, I don't know, it's certainly plausible.
16.
If you are exclusively following gravity-based orbital mechanics, then yes, the planet will necessarily have a hyperbolic orbit . talk ) 02 : 07, 22 June 2013 ( UTC)
17.
Short-period comets are thought to originate in the Kuiper belt, whereas long-period comets, such as hyperbolic orbits may originate outside the Solar System, but determining their precise orbits is difficult.
18.
The article asteroid capture ( which is a terrible article in general and may well contain mistakes ) says " An asteroid with too much velocity will pass by the planet with a hyperbolic orbit, shooting it out into space.
19.
To find what time t that corresponds to a certain true anomaly \ theta \, one computes corresponding parameter " E " connected to time with relation ( ) for an elliptic and with relation ( ) for a hyperbolic orbit.
20.
Here \ Theta is the angle between the asymptotes of the hyperbolic orbit of the small object relative to the large one, and \ epsilon is the eccentricity of this orbit ( which must be greater than 1 for a hyperbolic orbit ).
