Приклади вживання Mass of pluto Англійська мовою та їх переклад на Українською
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However, this hypothesis was based on a heavily overestimated mass of Pluto.
The mass of Pluto, like the age of the earth, has not been measured directly.
As a result astronomers could calculate the mass of Pluto with far more certainty.
The mass of Pluto was calculated after the discovery of its biggest moon, Charon, in 1978.
How could so many scientistsbe so wrong for so long about the mass of Pluto- by a factor of 400?
The mass of Pluto is operational science, where we can continue to make observations in the present using newer and better instruments and technology.
It is 10 times the mass of Earth, and 5,000 times the mass of Pluto.
Before actually opening it was believed that the mass of Pluto is about ten times greater than the mass of the Earth.
It is thought to be about 10 times the mass of Earth and 5,000 times the mass of Pluto.
Opening a satellite of Pluto- Charon enabled accurately determine the mass of Pluto, and found that it is much smaller than expected.
The temperature and pressure themselves were impossible to calculate at the time due to an absence of data on the chemical composition of the atmosphere anda large uncertainty in the radius and mass of Pluto.
Opening a satellite of Pluto- Charon has made it possible to determine accurately the mass of Pluto, and it turned out that it is much less than expected.
The Caltech scientists‒ Mike Brown, professor of planetary astronomy, and Konstantin Batygin, assistant professor of planetary science‒ believe the planet's mass is 10 times that of Earth,and 5,000 times the mass of Pluto.
The discovery of the satellite of Pluto- Charon made it possible to accurately determine the mass of Pluto, and it turned out that it is much smaller than expected.
It is located beyond the orbit of Neptune, contains about 10 comets and it is the prominent perturbations in the motion of Neptune, which were previously attributed to Pluto, has a mass two orders of magnitude greater than the mass of Pluto.
And only after 1978, when was opened Charon, the satellite of Pluto, it became possibleto determine its masso characteristic Charon orbits found that the mass of Pluto is just 0,0022 from the mass of the Earth(and the diameter of one and a half times less than the moon).
Throughout the mid-20th century, estimates of Pluto's mass were revised downward.
In 1978, discovery of Pluto's moon Charon enabled Pluto's mass to be accurately measured for the first time.
In 1978, the discovery of Pluto's moon Charon allowed the measurement of Pluto's mass for the first time.
The calculations showed that the deviation caused by thepresence of the gravitational field of an unknown planet's mass, which should be beyond the orbit of Pluto at a distance of about 50 astronomical units.
The discovery of Pluto's satellite- Sharon, made it possible to perform accurate calculations of Pluto's mass, and it turned out to be far less than expected.
This led to a substantial revision in estimates of Pluto's size, which had previously assumed that the observed mass and reflected light of the system were all attributable to Pluto alone.
For example, by plugging in the mass and size of Pluto, the team finds that Pluto is about one-third ice(mostly water ice but also ammonia and methane ices).
In 1988,A. A. Jackson and R. M. Killen studied the stability of Pluto's resonance with Neptune by placing test"Planet X-es" with various masses and at various distances from Pluto. .
Their mass ratio is 8 to 1,their common center of mass is outside Pluto, thus they revolve around each other.
With such a tiny mass, Pluto could not possibly have affected the orbits of the gas giants Uranus or Neptune.
Planets beyond Pluto with masses of 0.1 and 1.0 Earthmasses in orbits at 48.3 and 75.5 AU, respectively, do not disturb the 3:2 resonance.
It is now accepted that Pluto is only 1/500th the mass of the earth.