And so what is that?

Then with sigma squared it's 2.

So it is 4 over 52, these are both divisible by four

Now I have 3 one fourths.

Let's make it this one let me change the color pink.

Right.

But isn't this interesting?

This map is going to produce the same result as the previous one.

The answer is 1, 4, 6, 4, 1.

So this is the exact same problem here.

So let's just write them down in order again.

So let's go by 1 4's.

It's y1 minus 1 4 A is equal to k. y1 minus 1 4 A is equal to k.

The principal square root of negative 1 is i, and then we're going to multiply that times the square root of 4 times 13.

So (1 2) is 1.

You end up at 4.

1 plus 3 is equal to 4.

3 plus 1 is equal to 4.

And both of those are divisible by 13, this is the same thing as one forth.

So that's what the five pies represent.

This is 4, 1 4ths, another 4,1 4ths another 4,1 4ths this is another 4, 1 4ths.

Example 4 1. php.ini example

The model is lit from two sides with shoot through umbrellas

So, 1, 2.

1 2 to the zero, plus 1 2, plus what's 1 2 squared?

Now this is a whole, right?

What is 4 4?

So now I have 5.

Now, when I'm done we said that the ratio, the rato of apples to oranges the ratio of apples to oranges becomes 1 to 4.

So here I have 2 one fourths, or you could see I have 2 4.

Let me write it like that.

And negative four, five.

I've got four wooden plinths here, Steve.

And I go up 4.

2 minus 1 is 1 over 2 plus 2.

I think I'm going to run out of space 7, 6, 5

So let's think about what 4 3 is.

Four of the cards are going to be 1's.

So we put that one up there in the tens place.

To make this a little bit more random, let's take the fourth row this time,

I'll get five digits one, two, three, four.

4 3 2 1 4, 3, 2, 1.

One, two, three, four!

One, two, three, four!

About a fourth of the trees end up here, a fourth of the trees are between 14 and 21, a fourth are between 21 and it looks like 33, and then a fourth are in this quartile.