How to pronounce “escape velocity” in English

the escape velocity from the surface of the earth is less than 10 kilometers per second.

The escape velocity increases because the gravitational pull at the surface increases.

What about the escape velocity of a black hole?

and then escape velocity, where you start to really professionalize your growth marketing approaches and really amplify your network effects.

That's escape velocity for 67P.

That one reached escape velocity.

earth for example the escape velocity from the surface of the earth is around

So the escape velocity is the speed you have to travel to completely escape the gravitational pull of something, a planet or a star.

that the escape velocity exceeds the speed of light?

that the escape velocity exceeds the speed of light?"

trying to get up to the escape velocity.

at the surface that the escape velocity exceeds the speed of light and then you wouldn't be able to see them.

But you can also increase the escape velocity, the surface of an object by squashing it.

The big deal is the thing that I've called Longevity Escape Velocity.

So I'm going to get you to demonstrate what escape velocity of the comet is.

And in fact, the escape velocity from the whole solar system from where we are is only about 40 kilometers per second.

And they were both thinking in terms of an idea called escape velocity.

And they were both thinking in terms of an idea called 'escape velocity.' The escape velocity is the speed you have to travel

mathematician Llass and they were both thinking in terms of an idea called escape velocity. So the escape velocity

not surprising because it sounds almost paradoxical but you can also increase the escape velocity the surface of an

boost it to get it out of the gravitational field so for example if you imag imagine the escape Velocity

there's nothing that can exceed the speed of light so one way of thinking about black holes are basically their entities whose escape velocity is the

So if it was above or below, it's known as the escape velocity.

For the Earth, for example, the escape velocity from the surface of the Earth is around eight miles a second, 11 kilometers a second.

So for the Earth, for example, the escape velocity from the surface of the Earth is around eight miles a second.

Well, we've never seen it happen, but we can calculate the escape velocity.

The accelerating rocket will burn fuel faster than it would at a slower speed, but it can't reach escape velocity.

But if you jumped too high, for too hard, you will go to escape velocity.

And all along the way, I'd been like, "How can I get escape velocity and do this next thing?"

If you go bigger, you make a bigger, more massive thing, let's go to a star, for example, like the Sun, then the escape velocity increases