If you kept plotting every point, you'll get every line.

Every point here represents a combination that

I should say, every point on the circle is equidistant from this point.

If you picked every possible x and plotted every one, you get every point on the line.

But remember, this point right here is equidistant to every point on the circle.

Every point on either of those lines is also a point on the other line.

For every 10 percent lower, dew point drops 3 F.

You're not necessarily mapping to every point in the codomain.

Remember, every machine configuration is a point in this space.

And every street lamp could be a free access point.

After every convincing point, people will go, Amen, amen, amen.

It associates a vector with every point on the plane.

The slope is different at every point along the curve.

In such a point group, for every point (x, y, z) in the unit cell there is an indistinguishable point ( x, y, z).

But every cell in your body is replaced at some point.

It's taking every point and associating with it its perfect square.

It's okay. What's the point, you got every single one wrong.

That every point that satisfies this equation actually falls on this line.

Now I've tasted every crime. Stow it and come to the point.

A broad coalition of reformers is hammering home this point at every opportunity.

A broad coalition of reformers is hammering home this point at every opportunity.

Every extra percentage point of unemployment lasting for two years costs 400 billion.

And just as a review, the end point of every line represents a carbon.

But, more importantly, what this proved to Ibn Al Haytham is there's a one to one correspondence between every point on the object on Anna and every point on her image on the screen.

Informally, two sets are close in the Hausdorff distance if every point of either set is close to some point of the other set.

You have to be saving energy and mass at every point in the design process.

What our triangle is going to look like when we transform every point in it.

So you literally map every point here, and it goes to one of these guys.

And now, every single year he goes and, at some point, he moves the pencil sharpener and every year, the guys moves it back.

Almost every contemporary use of the depression analogy takes the year 1929 as a reference point.

It might even cost up towards a percentage point of GDP every year for affected nations.

Every time I hit a high point and looked I'd see he was still following me.

Even if one made ideal connections at every point... there'd still be typhoons, shipwrecks, unforeseen delays.

So for every point on the complex plane, you put that point in for c, and then you start with zero, and you keep doing this.

So here, the robot is not only solving the problem, how to go from point A to point B in this map, but it's figuring out what the best point B is at every time.

So you take all the multiples of v1, you're going to get every point along this line.

Can I always associate every point maybe this wasn't the best example because it's not simple enough but can I associate every point in R3 so this is my codomain, my domain was R2, and my function goes from R2 to

So here, the robot is not only solving the problem of how to go from point A to point B in this map, but it's figuring out what the best point B is at every time.

Every time you write something from the point of view of a woman, people say that it's feminist.

How have we convinced ourselves that every culture has a point of view on these subjects worth considering?

Nearly every general officer of note from either army during the Civil War was a graduate of West Point and a West Point graduate commanded the forces of one or both sides in every one of the 60 major battles of the war.

So if this is the real numbers and obviously the real numbers would go off in every direction forever but if this for real numbers, this function mapping is just taking every point in R and mapping it to another point in R.

The magnitude of the field at every point is calculated applying the universal law, and represents the force per unit mass on any object at that point in space.

So this is definitely orthogonal to my spanning vector, so it's definitely orthogonal to every point on that line.

So we have point A, point B, point C, point D, point E.