So if this distance is the same as this distance, then the magenta distance minus this blue distance is going to be equal to this green distance.

These two focal lengths are symmetric.

The two distances are the same.

Likewise, this point would be there.

So another way of saying it, this thing right over here is going to be equal to 5.

And it also gels with what we know.

It's a square.

Same thing, that's this line.

So it would be the distance around.

Or in this case, you can kind of say that the major axis and the minor axis are the same distance, that there isn't any distinction between the two.

So a circle is a special case of this, because in a circle's case, the furthest we get from the origin is the same distance as the closest we get, or, in other words, we are always the exact same distance away from the origin.

So how do we figure that out? Well if we say Beth's distance, let's use the letter B for shorthand.

By definition, a circle is all of the points that are equal distant from the center point.

The two distances are not the same.

What's this distance?

And the circle is really just a special case of an ellipse.

Anyway, you've decided there are three basic types of spirals.

This point and the regression line, that's the prediction error or residual for that individual.

Check if this point has the same distance

Now let's see what other points.

I mean, by definition, work is equal to this force times this distance that I'm applying the block that

So, the distance that the column travels, plus 100 meters is going to be the distance that the officer travels in the same amount of time.

light blue distance?

Then you're going to have this distance on the left hand side.

So, whatever distance this is, right here, it's going to be the same as this distance.

So this so far, all we've shown to you is if we do take the

Well, we said that equals to 2a, that equals this distance right here.

So it would be that distance plus that distance plus that distance plus that distance.

So the distance, or the sum of the distance from this point on the ellipse to this focus, plus this point on the ellipse to that focus, is equal to g plus h, or this big green part, which is the same thing as the major diameter of this ellipse, which is the same thing as 2a.

So your distance between the two left and right points in a horizontal ellipse is the same as the distance between the two

Distance

Distance exponent

At a distance of

Distance

Let me do that with a I'll do that with a skinnier line.

But there is nowhere to hide.

Now on this next day, she's 50 minutes late.

Because these two points are symmetric around the origin.

That's just this distance right here.

If it's in meters per minute, then this is the distance in meters.

Shark proximity

Right?

Test whether a given point have the same distance from a given point and from another given point

So this distance up here is 45vb.

So I have hopefully shown to you that the locus of all points that are equidistant to this point which is really just an arbitrary point.