Voorbeelden van het gebruik van Circular orbit in het Engels en hun vertalingen in het Nederlands
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If the ratio of the diameters of the orbits is between about 11.9 and about 15.9, then first take a Hohmann transfer orbit from planet 1 to a certain circular orbit beyond both planets, and then a second Hohmann transfer orbit from that orbit to planet 2.
then there are five locations where you can put the light body and have it, too, follow a circular orbit in which it keeps the same relative orientation with respect to the massive bodies.
earth is generally going around the sun in more or less a circular orbit, so that sometimes it's an ellipse.
will be moved to a 1,075 km circular orbit in its operational inclination,
If you accelerate briefly from a circular orbit(at fixed distance) around the Sun, then you end up in a different orbit, but that orbit must of course also pass through your previous position in the circular orbit at the old distance, so in that new orbit you're not always at the same distance from the Sun, so that orbit cannot be a circle.
Such a system of two bodies in circular orbits has five Lagrange points.
Revolve in circular orbits around this center.
In addition, all the planets seem to have almost circular orbits.
Mars go round it in almost… circular orbits.
Most regular moons have circular orbits.
that all motions in the Universe were along circular orbits.
To be able to operate, these services and applications will use a configuration of thirty satellites in three different circular orbits around the Earth.
Planets tend to have almost circular orbits(with low eccentricity)
This huge mass of all these stars keeps stars in circular orbits in the galaxy.
Further discoveries over the next decade… would show that eccentric orbits are common in the universe… while the circular orbits of our solar system seem to be rare.
whereas the formulas right before this are only valid for departure from circular orbits.
is measured relative to the center of the circular orbits(and hence relative to the barycenter of the system),
Regular moons are moons with roughly circular orbits(i.e., with small eccentricity) roughly above the planet 's equator(i.e.,
they have all tried to reconcile their observations with circular orbits but… What if another shape is hiding in the heavens?
Ever since Plato… with circular orbits but… What if another shape is hiding in the heavens?