"Orbiting" Example Sentences
1. The International Space Station is constantly orbiting Earth.
2. The moons of Jupiter are constantly orbiting their planet.
3. The asteroid belt is filled with debris that is orbiting the Sun.
4. The hazy ring around Uranus is made up of many small moons orbiting the planet.
5. The satellite in geostationary orbit is able to remain stationary above one point on Earth.
6. The gas giant planets have many moons orbiting them.
7. The geocentric model of the solar system placed the Earth at the center with all other planets orbiting around it.
8. The Hubble Space Telescope is able to observe objects orbiting around planets in our solar system.
9. The dwarf planet Pluto has five known moons orbiting it.
10. The Kuiper Belt is a region beyond Neptune where objects are constantly orbiting the Sun.
11. The gravitational pull of the Sun keeps planets in orbit around it.
12. The discovery of exoplanets orbiting other stars has led to exciting new research in the search for extraterrestrial life.
13. The outermost known planet in our solar system, Neptune, takes 165 Earth years to complete one orbit around the Sun.
14. The tilt of Mars' orbit causes seasonal changes on the planet.
15. The Moon is in orbit around the Earth and rotates at the same rate as its orbit, which is why we only see one side of the Moon from Earth.
16. The asteroid Apophis is predicted to make a close approach to Earth's orbit in 2029.
17. The gravitational pull of Jupiter causes many objects to be ejected from the Solar System or sent into highly elliptical orbits.
18. The orbits of planets in the Solar System are not perfectly circular, but rather slightly elliptical.
19. The Asteroid Retrieval Mission proposed by NASA would involve capturing an asteroid and placing it in orbit around the Moon.
20. The rings of Saturn are made up of countless particles that are all orbiting the planet together.
21. The speed of an object in orbit around a planet is dependent on the mass and distance of the planet.
22. The orbital period of a planet is the time it takes to complete one orbit around its star.
23. The gravitational pull of the Moon causes tides to rise and fall on Earth.
24. The orbits of comets can take them far beyond the outer reaches of the Solar System before they return back towards the Sun.
25. The Roche limit is the distance within which a celestial body, held together only by its own gravity, will disintegrate due to tidal forces caused by an orbiting body.
26. The orbits of some planets intersect with other planets, causing close encounters and gravitational interactions.
27. The orbits of the outer planets in our Solar System are so far from the Sun that they receive far less sunlight than planets closer in.
28. The asteroid Vesta is the second largest object in the asteroid belt and at the upper limit of what can be considered a minor planet.
29. The gravitational pull of the planets causes asteroids and other debris to occasionally enter their orbits and become moons.
30. The study of orbiting bodies is essential in understanding the formation and evolution of our Solar System.
Common Phases
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1. The satellite is
orbiting the Earth; it completes one orbit every 90 minutes.
2. The planet is
orbiting the sun; it takes approximately 365.25 days to complete one orbit.
3. The moon is
orbiting around the Earth; it takes about 27.3 days to complete one orbit.
4. The spacecraft is
orbiting in a low Earth orbit; it circles the planet at an altitude of approximately 160 kilometers.
5. The asteroid is
orbiting the sun; its orbit is irregular and often crosses the path of Earth's orbit.
6. The comet is
orbiting the sun; it has an elongated orbit that takes it far out from the sun and back again.
7. The space station is
orbiting the Earth; it provides a platform for scientific research and astronaut training.
8. The satellite is
orbiting in a geosynchronous orbit; it stays in a fixed position over the same point on Earth's surface.
9. The dwarf planet is
orbiting the sun; its orbit is highly elliptical and takes it from just beyond Pluto's orbit to beyond Neptune's orbit.
10. The moon is
orbiting around a gas giant planet; it experiences strong gravitational forces that cause tidal heating and volcanic activity.