How to pronounce “ellipse” in English

Ellipses, at first glance, do not seem terribly symmetric.

And you have this ellipse about where you think the missile is.

So it's all ellipses.

And the shape of the ellipse about the sun oscillates with a period about 100,000 years.

And so these are two ellipses.

star very close to one end of the ellipse.

It's just a small piece of an ellipse, which is very well approximated by a parabola.

And flags are obviously usually rectangular and yours has like an ellipse -- oblong -- so

Kepler had already established the planets do move in ellipses.

I think normally you see-- I think it is ellipses.

So we're trying to be able to reduce the size of that landing error ellipse and land much more precisely.

It is a highly elongated ellipse with the

As I said before, we're trying to narrow that landing error ellipse.

And if we were to just up that a little so that-- the expression that these guys love is the landing ellipse-- so

straight lines because the gravitational field of the sun warps the geometry around it we end up moving an ellipse

If you have planets moving under an inverse square law of gravity, they will move in ellipses.

So the point of what I want to be here for today is to tell you the part that comes after the ellipses, "Just Because My Husband's

And if you now solve those differential equations, you get ellipses, and you've explained why those orbits are ellipses.

Right now, the MSL mission, the Curiosity mission, what we call the landing error ellipse for that was about 10 kilometers by 8 kilometers.

And if you look in space, again, everything orbiting anything under gravity goes in this shape, which is called an-- Ellipse.

Because he figured if the orbits of the plants were something as simple as an ellipse, surely someone would

Officially, they are ellipses.

This is exactly what Newton was able to use to predict, for example, that planets move in ellipses.

No black cats allowed, snowboarding, no strollers on the escalator, no inclined ellipses beneath mysterious shadows.

And we have different areas-- like this red area right here, we know that that's what this person here is showing as these ellipses.