This creates an immense amount of gravitational pull.

这会产生剧烈的引力拉扯。

Now, anything that dense has a HUGE gravitational pull.

密度大的物体都有巨大的引力。

And so that's our gravitational pull.

所以，这便是我们的“万有引力”。

The more mass something has, the stronger its gravitational pull.

物体的质量越大，它产生的引力就越大。

Tides result from the gravitational pulls of the sun and moon.

潮汐是由太阳和月亮的引力引起的。

Black holes take in matter by gravitational pull and release radiation.

黑洞通过引力吸收物质并释放辐射。

When a man is on his purpose, it creates a gravitational pull around him.

当一个人有自己的目标时，就会在他周围产生一种引力。

Then the moons gravitational pull creates the tides that we see change.

是月亮的引力创造了我们看到的潮汐变化。

There is intense gravitational pull from the sun, as well as extreme solar radiation.

太阳对水星的引力作用很大，此外太阳辐射也很高。

Thanks to its incredible gravitational pull, it sucked in asteroids along with other space debris.

多谢它那难以置信的引力，把小行星连同其它太空碎片拉住。

The gravitational pull of the moon is responsible for Earth's high and low tides.

月球引力决定了地球潮汐的涨落。

This is due to Earth's gravitational pull on the air molecules in the atmosphere.

这是由于地球对大气中空气分子的引力造成的。

Their gravitational pull is so powerful that nothing, not even light, can escape.

它们的引力如此强大，以至于任何东西，包括光，都无法逃脱。

This means it's the biggest object in our celestial neighborhood, with the strongest gravitational pull.

这就意味着它是宇宙中比邻我们的最大的物体，拥有最强的引力。

But how do we develop the eulogy virtues, when the gravitational pull of the self is so strong?

但是在自我的万有引力如此强大的情况下，我们怎样培养悼词美德？

Back then, Jupiter's gravitational pull became 30 times more powerful in just a fraction of a million years.

那时，木星的引力在短短一百万年的时间里就增加了 30 倍。

But this changes in space because of microgravity-the weaker gravitational pull making things in space float and seem weightless.

但是由于微重力——更弱的万有引力使得太空中的物体漂浮着，并且似乎没有重量——这发生了变化。

If your fell feet-first, your legs would be feeling a stronger gravitational pull than your head.

如果你的脚先坠落，那么与头相比，双腿感到的万有引力会更大。

That means its gravitational pull will weaken, and Earth will move out from the Sun, into a bigger orbit.

这意味着它的引力将减弱，地球将离开太阳，进入更大的公转轨道。

In space, a planetary body that comes close enough to a star falls victim to its strong gravitational pull.

在太空中，离恒星足够近的行星会受到强大的引力的影响，成为其牺牲品。