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

Odd plus even gives you odd.

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.

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

So even plus odd gives you odd.

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

An interesting thing to note here is let's take a look at the sequence of x values.

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

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

The multiple and the one,

By the even and odd (contrasted)

Odd numbers alternate with even ones.

Different header for even and odd pages

Different footer for even and odd pages

Let's see if we can learn a thing or two about even, even functions and odd functions.

And you want to be very careful here.

So this is also an odd function.

Let's take a look at that. Now it's going to go through the while loop.

Whether the power is even or odd is going to tell you whether the function is even or odd.

In general, if you have f(x) x n, then this is odd if 'n' is odd, and this is an even function if 'n' is even.

We'll move this over here, and we'll draw it as a game tree.

Similarly, 2 and 2 is 4, so even gets 4 and odd gets 4.

LADY CAPULET A fortnight and odd days.

That should be the kind of thing that should be hard to infer when you see the output even something as simple as the the evenness or the oddness of the input

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

So this is not, this is neither.

So we've got this JavaScript output, but you can see that the odd numbers are bold and the even numbers are italicized which if you check, the web page that we gave you as an example, is exactly what we've done.

I'm a PhD student at MlT, and I happen to study atmospheric science.

We're going to have to break this into 2 cases.

We have one that's even, another one that's even, one that's odd, another one that's even, one that's odd, and another one that's even.

And then if the result of the total number of fingers is even, then the even player wins that many dollars from the odd player.

And if the total number of fingers is odd, then the odd player wins that number of dollars from the even player.

Now, I will show you that function again called gray style.

And so you might start to notice what Nothias pointed out is that these archetypal , or these good examples, or these simple examples of even and odd functions when I just have a simple 'x' raised to some power.

You don't have to have exponents, it's just that these exponents are probably where the motivation for calling these even functions and odd functions came from.