How to pronounce “gravitationally” in English

OK. Kepler proved that George Lucas was right, although he got the stars wrong-- the wrong sizes.But planets do orbit gravitationally bound stars.So this artist rendering on the top is the planet Kepler-16b that's orbiting a G-type and a K-type star.

Okay. The Pluto files, while I have strong opinions about how we should think about the solar system, I reserve those for the last chapterthere to have gravitationally vacuumed up the leftovers of the solar system, it should still be there. And at that

formed a ring. Eventually, the ring coalesced into a moon.That new satellite would soon become gravitationally locked to the Earth, meaning that it would always keep one side facing its parent planetand the other side pointing out to space.

so the asteroid won't hit.Another technology would be to put up a large object and gravitationally pull the asteroid away, again, to divert it off course.And that would also cause it to miss.

know how to pick out the signal so this is you must have all seen this was just incredible I really did not imagine ithome the contrast and it tells you that gravitationally you have a completely different situation um in these two cases so this is our current conception

And so if you go back to, say, the turn of the 20th century, there was a theory that said planets formed when two stars passedby each other closely, And then material was gravitationally squeezed out, in which case, those kinds of collisions are so rarethat you would expect one in a trillion stars to have planets.

Here's the new image.And last time I checked, I'm gravitationally attracted to the earth, rather than being spirited away like on or whatever.

And the way he explained it is that there would be a plumb line with the weight that what you would fix at a particular longitude.Then as you rolled this thing east to west, this line would tilt to stay gravitationally locked at your original longitude.This doesn't work because there's no way this could possibly work.

know how to pick out the signal so this is you must have all seen this was just incredible I really did not imagine itvelocity of planets is actually falls off as you go further out and that tells you that the gravitationally dominant

know how to pick out the signal so this is you must have all seen this was just incredible I really did not imagine itnot have pressure they don't Collide so they don't have pressure so when they interact they just interact gravitationally just go past each other

clusters of galaxies but unlike a typical cluster the shape of this gas is a little weird you would expect to seethe hot Intergalactic gas in the same place as you see the galaxies they're all bound to each other gravitationallybut what you see is that the galaxies are a little bit to the left of the gas

If you keep putting in energy, then you can put in so much energy that another quark-antiquark pair will be created.- In fact, back in the 1950s, a few physicists entertained the idea of antigravity, that antimatter would be gravitationally repulsive.

And so if you were to try to build "Fortnite" or "World of Warcraft" back in the '80s, the computer scientists would say, well, we don't have enough processing power.and that there's something in the middle, like a galaxy or a black hole, that is a gravitationally large object and the light

And he's published a big catalog.We know if a merger event or maybe a flyby event-- another galaxy comes past the galaxy, interacts with it gravitationally but doesn't merge with it--

at the time the star was born.The supernova remnants spread out like this and then meet up with other clouds of gas, eventually forming giant, gravitationally-bound clouds,like the Orion Nebula, in the center of which you can see lots of newly-formed, or in some cases still-forming, stars.

And then they had one spacecraft that was all the way out here, about 1.5 million kilometers closer to the Sunthan the Earth, in the Earth-Sun libration point called L1, which is a gravitationally stable area about 1.5 million kilometers away.But see, the Sun's in the way.

They are something else, and they sort out float around, gravitationally.

The story starts of course with Edwin Hubble, who discovered the expansion of the universe.Next, please. He examined galaxies, which are these giant collections of hundreds of billions of stars, gravitationally bound together.And he devised a way to determine their distances.

So it's hard to get a representative volume of the universe.And moreover, you're not sure you're seeing everything, even gravitationally you're not sure you're seeing everything.So another technique is to examine the past history of the expansion.