And as I say, it could be a much larger number.

Point facing the smaller number, opening facing the larger number.

I'll get larger a little bit the number a little bit larger.

Asia is much larger than Australia.

China is much larger than Japan.

China is much larger than Japan.

And they populate much larger areas.

larger this number is going to be.

That's where you put the larger number.

That this number is larger than that.

It can be spread across a much larger number of people who can really work with that.

I mean they have much larger vocabulary.

So 5 is much larger than 1.

look at ourselves in this much larger condition now and a much larger sense of what home is.

Because you can only subtract a smaller number from a larger number.

The earth is much larger than the moon.

The sun is much larger than the moon.

But the volumes are much larger than ever.

Those kinds of studies require much larger populations.

So, the spread over here is much larger.

larger than one or much smaller than zero.

Warn if the number of recipients is larger than

3 and 9 10 is clearly a larger number.

That means that nu is weighted much, much larger than the mu.

The Federation army's also much larger than we thought, and much stronger.

In reality, the sun is much, much, much larger than the earth, and it's much farther away.

We have the smaller number, in this case, being divided by the larger number.

The variance and the standard deviation are much larger.

How much larger is the denominator 36 than 8?

Well, see if we can think of a larger number.

But we will always be slightly larger than this number.

Because the negative number here is larger than the positive number. We are adding the two.

So actually we're going to get a number larger than 1.

So the argument that somehow there's more money out there, chasing the same number of homes, or a slightly larger number of homes, doesn't really carry much weight.

We have a much larger brain than our ape ancestors.

For wind, there's a larger area, but much smaller footprint.

To do that, we're essentially making the number much, much, much smaller

So as you see, as I make n larger and larger in this original equation, I approach this magical number.

Because if I got a number here that was larger than that was sixty seven or larger, then that means that this number up here wasn't large enough.

The population of Japan is much larger than that of Australia.

That wave is much larger, much more powerful, and that's of course the wave of technology.

And we still have the same issue. How do we subtract a larger number from a smaller number?

He grew larger and larger.

It grew larger and larger.

But for other learning problems we may have a larger number of features.