Even times odd is even, odd times odd is odd.

So, I just said and look, the a is just the coefficient on the x term, right? a is the coefficient on the x squared term. b is the coefficient on the x term, and c is the constant.

When you have a four bit symbol, you then put it together with another one sideways.

So even plus odd gives you odd.

This is complex stuff, not required for the homework at all but this is how I wanted to create that effect.

And it makes sense you'd get Sierpinski's Triangle because when you add an odd number and an even number, you get an odd number.

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Odd Pages

Odd plus even gives you odd.

This is odd!

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I don't think anything is really B.

I talked about how you shouldn't get confused between even functions and even numbers and odd functions and odd numbers.

Please don't interrupt.

In contrast to that, that's almost exactly what you would say in Chinese.

The multiple and the one,

And by oath of the even and the odd.

by the even and the odd,

And by the even and the odd,

And by the even and the odd (of all the creations of Allah).

And the even and the odd.

and the even and the odd,

And the Even and the Odd,

by the Even and the Odd,

by the even, and the odd,

And by the even number and the odd

by the odd and even (8th and 9th Dhil hajj)

And the even and the odd,

By the even and odd (contrasted)

Here we have three factors.

And it kind of jells with the name because we're also raising it to an odd power.

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I showed you x 2.

Well, if we put 5 here, if 5 is even we do 1, if five is odd we do 0.

So what's the next one going to be?

And that's very important, the user interface.

So if the smallest one is x, the next smallest odd integer is x plus 2, is equal to the next smallest odd integer

So one works?

Interesting.

And he determines that the number of green is an odd number.

Well, the answer is explained by Newton's Second Law.

There are five greens.

Well phi minus 1 is 1 over phi!

To Lammas tide?