Examples of using The two planets in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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On that day, the two planets will be just 57.6 million kilometers apart.
These two days are closely connected with the Moon andVenus- the two planets,"responsible" for intuition.
This was the closest the two planets had come to each other in almost 60,000 years.
Which side of the square you will take is somewhat unpredictable,possibly depending on the relative strengths of the two planets.
This was the closest the two planets had been in almost 60,000 years.
The two planets are slightly larger than ours, and at least a couple of billion years older.
Although they will appear right next to each other in the sky, the two planets will actually be over 400 million miles apart.
So while the two planets appear close together in the night sky, in reality they're nowhere near each other.
Earth's crust, averaging 40 km, is only one third as thick as Mars' crust,relative to the sizes of the two planets.
The two planets are called GJ 180 d and GJ 229A c, clocking in at 7.5 and 7.9 times the mass of Earth, respectively.
That is because Mars is quite similar to Earth, and about 4 billion years ago,when the two planets were formed, they may have been almost identical.
But with the two planets also aligned with the Great Attractor(GA), we need to add another level of interpretation to the mix.
This galactic game of pingpong may have left bits of Earth on Mars, and vice versa,creating a shared genetic ancestry between the two planets.
Blend the two planets together and you have a powerful force that can be either positive or negative depending on how its energy is used.
Before Voyager 1 left the inner solar system and photographed the Pale Blue Dot, the spacecraft's primary mission was to photograph Saturn,Jupiter and the two planets' moons.
When the two planets get close enough to each other, one pushes the other out of the solar system, forcing HR 5183 b into a highly eccentric orbit.
When the two planets got close enough to each other, one pushed the other out of the solar system, forcing HR 5183 b into its highly eccentric orbit.
Rømer used these errors to make the first accurate determination of the speed of light, correctly realizing that the variations were caused by the varying distance between Earth andJupiter as the two planets moved in their orbits around the Sun.
Human magicians on the two planets are able to create“rifts” through dimensionless space that connect planets in different solar systems.
Depending on the thermal properties of its interior, the heat left over from Neptune's formation may be sufficient to explain its current heat flow, though it is more difficult to simultaneously explain Uranus's lack ofinternal heat while preserving the apparent similarity between the two planets.
When the two planets got close enough to each other, their strong gravitational interaction ejected one planet completely from the system, and HR 5183 b was nearly ejected, ending up on its highly eccentric orbit.
It may have been close to another planet of similar size and,when the two planets got close enough, a gravitational interaction may have set HR 5183-b off on its new, stranger orbit and seen the other planet pushed out of the system altogether.
Now, the two planets are in challenging aspect- still supporting our spiritual and creative expansion, but actively poking at us instead of sitting back and offering us a comfy chair, if we would care to sit.
Since the distance is changing gradually due to the two planets' orbital motions, a finite speed of light would make the“Io clock” appear to run faster as the planets drew near each other, and more slowly as their separation increased.
The two planets closest to TRAPPIST-1 may have daysides that are too hot and nightsides that are too cold to host any kind of life as it is known on Earth, but the researchers suggest that the borders of the planets' day- and nightsides may be sweet spots temperate enough for life.
The two planets were most likely gas giants which spiraled inward toward their host star, which subsequently became a red giant, vaporizing much of the planets except for parts of their solid cores, which are now orbiting the sdB star.[1] According to the Extrasolar Planets Encyclopedia, the star left the red giant stage 18.4 million years ago.