"Orbite" Example Sentences
1. The moon's orbit around the Earth takes approximately 27 days.
2. The spacecraft successfully entered into the Mars' orbit.
3. The planet Jupiter has a very large orbital path.
4. The comet has an elliptical orbit around the sun.
5. The satellite is currently in a geostationary orbit.
6. The space station revolves around the Earth in a low orbit.
7. The meteor entered the Earth's atmosphere at an oblique angle to its orbit.
8. The spacecraft's orbit had to be adjusted to avoid space debris.
9. The asteroid's orbit carries it close to the Earth's orbit.
10. The gravitational pull of the Moon affects the orbit of the Earth.
11. The satellite's orbit has a very high eccentricity.
12. The planet's orbit is influenced by the gravity of nearby stars.
13. The probe was sent to explore the planet's outer orbit.
14. The spacecraft was launched to investigate the asteroid's irregular orbit.
15. The comet follows a highly inclined orbit around the sun.
16. The rocket's orbit decayed, causing it to re-enter the Earth's atmosphere.
17. The planet's orbit is slightly tilted relative to the ecliptic plane.
18. The spacecraft successfully entered into a polar orbit around the planet.
19. The dark matter affects the galaxy's orbital behavior.
20. The satellite was put into a circular orbit around the Earth.
21. The planet's orbit is affected by the wobbling of its rotational axis.
22. The probe is currently in a heliocentric orbit.
23. The asteroid belt lies between the orbits of Mars and Jupiter.
24. The latest telescopic observations revealed a new planet in a distant orbit.
25. The gravitational force that holds the moon in orbit around the Earth is known as centripetal force.
26. The spacecraft's trajectory will intersect with the planet's orbit.
27. The satellite need to be stationed in a synchronous orbit to remain above a fixed spot on the Earth.
28. The orbit of the planet is nearly circular, with a very low eccentricity.
29. The star's orbit around the black hole is highly elliptical.
30. The asteroid's orbit is constantly changing due to the gravitational attraction of other objects in the solar system.
Common Phases
1. L'
orbite de la lune autour de la Terre est elliptique ;
2. L'
orbite de Mercure est proche du Soleil ;
3. L'
orbite de Jupiter est la plus grande du système solaire ;
4. L'
orbite de Vénus est légèrement inclinée par rapport à celle de la Terre ;
5. L'
orbite de Mars est plus ovale que celle de la Terre ;
6. L'
orbite de Saturne est entourée d'un anneau ;
7. L'
orbite de la comète de Halley est très elliptique ;
8. L'
orbite de Pluton est très excentrique.