How to pronounce“orbits”in English

orbits that are internal to Earth's orbit and um the uh they're perhaps the

The orbits are not perfect circles.

elliptical orbits that are tilted at large angles with respect to each other.

these orbits with the innermost stable circular orbit where you could be sort of in Dante's limbo if you were on that

These orbits, these arcs that things are falling along are the curves in spacetime.

spacecraft reentering from orbits, and the sheer number of the anticipated

these tiny little orbits, each of which comes around on its own schedule.

moving on more chaotic orbits closer to the center of the galaxy.

I simulated the orbits of millions of stars in this region of the galaxy to see how often they would come into close contact

Take those orbits and essentially just mix them up and mix them up until all you're left with at the end is essentially

For every three orbits C completes, D goes round twice.

For every three orbits D completes, E goes round twice.

And for every three orbits E completes, F goes round twice.

But it's the orbits of the stars that create the shapes that we see.

So these are the orbits, this is a plot that he made in the early part of 1610, of what the planet Jupiter looked

This is for "Eccentric Orbits-- The Iridium Story" written by John Bloom to my left.

because their polar orbits.

You can see the orbits of black holes are pretty crazy.

For elliptical orbits, it's a little bit more complicated.

tightly packed into orbits that would comfortably fit inside the orbit of Mercury in our own solar system.

It gets between the orbits of Earth and Mars.

Are the orbits elliptical?

Those are the actual orbits of Earth and Mars correctly oriented.

in elliptical orbits, despite the data that he got from his mentor, Tycho Brahe, was he just assumed that-- he didn't

member #3: orbits of planets and stuff like that before supposedly they were known about?

What kind of orbits do they have? They all have kind of the same orbits in this zone.

one of these orbits, but the electrons can't be identical.

Do you allocate particular orbits or do you say that we're gonna have some framework like air traffic control, where you have an avoidance system that everybody agrees on,

Do you allocate particular orbits?

As Europa orbits Jupiter its shape changes.

As Europa orbits Jupiter its shape changes.

Earth Crossing orbits we will get hit again uh how big the hit will be it's only a matter of time until we get something that's same size that killed

viscous drag as it orbits the red giant Sun this viscous drag will cause the orbit of Earth to Decay much like an artificial satellite that we launch

"Ringworld" followed by "Orbitsville," and the "Rendezvous with Rama," and several others.

And for electrons in some orbits, those speeds start to get a little too close to the speed of light.

are all byproducts of how the Earth orbits the sun.

When you get out to the orbits of Saturn and Jupiter, the delay time just makes that ridiculous.

And we're seeing the last few orbits of the life of this binary as the two black holes orbit, spiral into each other, and form a larger black hole.

So that means as it orbits the Earth, it crosses the equator, say, going from south to north and goes up to 51.6 degrees north latitude.

And you say do the orbits of these fake planets match the orbits of my real planets?

I'm going to show you the orbits of two black holes.

They're not like solar-system orbits.

We saw the last four orbits or so.

I live my life in growing orbits, which move out over the things of the world.

I live my life in growing orbits, which move out over the things of the world.

And this is how they determine their orbits.

I wrote this program called Orbits.

They're in relatively short-period orbits, most of them around stars that are smaller and dimmer than our sun.

Or were they asteroids in highly elliptical orbits, trans-Neptunian objects that this was their first time