Приклади вживання Gravitational effect Англійська мовою та їх переклад на Українською
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We can only see its gravitational effects.
The attractive force generated bymatter is insufficient to explain observable gravitational effects.
Only its gravitational effects can be felt.
It is only detectable by its gravitational effects.
This had a repulsive gravitational effect, which could balance the attractive effect of the matter in the universe.
It has only been detected by its gravitational effects.
Black holes have the same gravitational effects as any other equal mass in their place.
Matter in galaxies, clusters, and possibly between clusters that has not been observed directly butcan be detected by its gravitational effect.
We only know about them because they have gravitational effects on other observable matter.
Dark matter: Matter in galaxies, clusters, and possibly between clusters, that can not be observed directly butcan be detected by its gravitational effect.
The mass of the planet is determined by its gravitational effects on the stars.
This creates a“lever” for the gravitational effect, which, according to Scharf and his colleagues, slows down the inhibition of the Earth's rotation by the gravity of the Moon.
The presence of dark matter in the halo is inferred from its gravitational effect on a spiral galaxy's rotation curve.
The gravitational effect of the disappearance of the sun would thus have reached us with infinite speed, instead of at or below the speed of light, as the special theory of relativity required.
Any matter that fell into the hole would be destroyed at the singularity,and only the gravitational effect of its mass would continue to be felt outside.
If the Pioneer anomaly had been a gravitational effect due to some long-range modifications of the known laws of gravity, it did not affect the orbital motions of the major natural bodies in the same way(in particular those moving in the regions in which the Pioneer anomaly manifested itself in its presently known form).
However, this effect is three orders of magnitude smaller than on Earth because the gravitational effect of Phobos is negligible and the effect is mainly due to the Sun.
By 1844, about ten years after the first observations of Sirius, Bessel came to the conclusion that next to Sirius is a second star, which, being invisible,exerts a gravitational effect on Sirius;
According to a press release, all of these stars will have some gravitational effect on the solar system's Oort Cloud, though the closest encounters will have a greater influence.
By 1844, about ten years after the first observations of Sirius, Bessel came to the conclusion that next to Sirius is a second star, which, being invisible,exerts a gravitational effect on Sirius;
Since Gliese 876 d has only been detected indirectly by its gravitational effects on its star, properties such as its radius, composition, and temperature are unknown.
By 1844, about ten years after the first observations of Sirius, Bessel came to the conclusion that next to Sirius is a second star, which, being invisible,exerts a gravitational effect on Sirius;
But in certain parts of the planetary system, the gravitational effect of the giant planet is remarkably small enough to allow the Earth-like planet to remain in a stable orbit.".
And in the same way as people are more likely to go for opportunities close to where they live already-- London to Kent, for example,as opposed to London to Melbourne-- the gravitational effect of planets far away is felt much less.
General Relativity was developed byAlbert Einstein in the early 1900s to explain the gravitational effect of large objects in space, for example to explain the orbit of Mercury in the solar system.
However, according to scientists led by Caleb Scharf, head of the Department of Astrobiology at Columbia University, the USA,the atmosphere of the planet is capable of partially compensating this gravitational effect, which slows down the rotation.
But, scientific calculation shows that walking past a car a fewmetres away will have a stronger gravitational effect than Mercury which is much, much more massive, but sits 77 million km[48 million miles] away.”.
By using a complex mathematical method calledradial velocity, they witnessed the planet's gravitational effect on its star and deduced that it must be there.
However, this effect is three orders of magnitude smaller than on Earth because the gravitational effect of Phobos is negligible and the effect is mainly due to the Sun.[20] On Earth, the gravitational influence of the Moon has a much greater effect.
The Theory of General Relativity was developed by AlbertEinstein in the early twentieth century to explain the gravitational effect of large objects in space, for example, the orbit of Mercury in the solar system and to this day is the basis of modern cosmology.