Min distance

Well then, the intercept on the time axis would be different for different curves.

Because things shrink in inverse proportion to the distance, you'd find it far away.

That's just this distance right here.

So it would be the distance around.

This little point is less than the distance of that big opening.

Distance

Distance exponent

At a distance of

Distance

So, the change in y between that guy and that guy is this distance, right here.

This would be the sum over the extrinsic distance.

These two focal lengths are symmetric.

At this range, the exit wound ought to be about the size of a small tangerine.

And that's what we set out to figure out in the beginning.

I mean the long drive.

We use a lot of laser range finders.

So instead of that, we multiply that with speed of light, converting it into a distance.

Slice distance

Distance Test

Angular Distance

Angular distance

But I have a strong feeling he'll be there. ( ominous theme playing ) How far is it?

2200 feet.

How much further?

How far?

Distance.

Distance.

I'm going to measure it's distance to each of my cluster centroids, this is mu and then

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.

light blue distance?

So this is really the key step. It is finding the distance of the shortest path.

How much distance could you accept in a long distance relationship?

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

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

So this distance up here is 45vb.

Focal length

Focal

Focal Length

Maximum distance

Fade distance

Shark proximity

Angular Distance Ruler

Focal Length

Width range