在 英语 中使用 Gravitational pull 的示例及其翻译为 中文
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This so-called dark matter exerts a gravitational pull, yet never interacts with light.
Black holes are hard to study, in part because their immense gravitational pull allows no light to escape and because they're embedded deep within galaxies.
Batygin says that his calculations do not show that the gravitational pull of distant worlds would affect the orbits of other bodies4.
It's poised to slingshot past Jupiter and use the planet's gravitational pull to speed up the journey.
I am not the first to notice this gravitational pull amid the angst of divine silence.
The other components- breath, matter- lack any awareness or connection to one another(yet unity and its gravitational pull embrace them too).
The concept behind gravitational lensing is simple: everything in the universe has mass and that mass has a gravitational pull.
Moonquakes, which originate several miles below the moon's surface, may be a result of Earth's gravitational pull.
After two months, the sculpture will de-orbit naturally, slowed by the atmosphere and dragged back down by Earth's gravitational pull.
Precise measurements of the radial velocity of the star 51 Pegasi showed minuscule repeated changes caused by a planet's gravitational pull.
China's unprecedented economic expansion now exerts a gravitational pull on the world economy, gathering emerging markets in its orbit.
Weston explained that they would soon begin to feel the gravitational pull of Malacandra.
Both formed in an early period of the Solar System, but their further growth was prevented by Jupiter's enormous gravitational pull.
Both formed in an early period of the Solar System, but their further growth was prevented by Jupiter's enormous gravitational pull.
In September 1974, it passed within one million kilometers of the planet Jupiter, the strong gravitational pull of which perturbed the comet's orbit and brought it into the inner Solar System.
The gravitational pull of Mimas(246 miles or 396 kilometers across) creates waves in Saturn's rings that are visible in some Cassini images.
It then went for“trans-lunar insertion”- a no-turning-back moment when a spacecraft leaves Earth's gravitational pull and enters cis-lunar space- on August 14, 2019.
We can't see dark matter in space because it doesn't reflect light, but it still exerts a gravitational pull, just like"normal" matter.
Nothing, not even light, can escape its gravitational pull.
It's the gravitational pull that makes these things orbit.