Assertion: comet's orbit | /r/HasProperty | hyperbolic
Facets:
Source sentences:
text: Only a few hundred comets have been seen to reach a hyperbolic orbit (e > 1) when near perihelion that using a heliocentric unperturbed two-body best-fit suggests they may escape the Solar System.
text: Only a few hundred comets have been seen to reach a hyperbolic orbit (e > 1) when near perihelion that using a heliocentric unperturbed two-body best-fit suggests they may escape the Solar System.
text: Instead, the orbit was hyperbolic — it did not close in on itself.
text: Instead, the orbit was hyperbolic – it did not close in on itself.
text: Instead, the orbit was hyperbolic - it did not close in on itself.
text: Instead, the orbit was hyperbolic - it did not close in on itself.
text: Instead, the orbit was hyperbolic - it did not close in on itself.
text: Instead, the orbit was hyperbolic – it did not close in on itself.
text: Instead, the orbit was hyperbolic - it did not close in on itself.
text: Instead, the orbit was hyperbolic — it did not close in on itself.
text: The orbit was hyperbolic, meaning the object was moving too quickly to be bound to the Sun.
text: Instead, the orbit was hyperbolic — it did not close in on itself.
text: Instead, the orbit was hyperbolic — it did not close in on itself.
text: Instead, the orbit was hyperbolic — it did not close in on itself.
text: Last week, the International Astronomical Union's (IAU) Minor Planet Center (MPC) was able to calculate a preliminary orbit, which verified that the comet had a hyperbolic orbit — meaning that it is orbiting in a way that prevents it from being captured by the sun's gravity.
text: Instead, the orbit was hyperbolic — it did not close in on itself.
text: Instead, the orbit was hyperbolic - it did not close in on itself.
text: Only a few hundred comets have been seen to reach a hyperbolic orbit (e > 1) when near perihelion that using a heliocentric unperturbed two-body best-fit suggests they may escape the Solar System.
text: Single-apparition comets have a hyperbolic or parabolic osculating orbit which allows them to permanently exit the Solar System after a single pass of the Sun.
text: Single-apparition comets have a hyperbolic or parabolic osculating orbit which allows them to permanently exit the Solar System after a single pass of the Sun.
text: Single-apparition comets have a hyperbolic or parabolic osculating orbit which allows them to permanently exit the Solar System after a single pass of the Sun.