B goes straight up and down, so we can add up arbitrary multiples of b to that.

It could be 1 2, it could be 10.

We said this could be any constant and this could be any constant.

But once again, c is an arbitrary constant.

I mean, we don't know what they are.

And the way I want you to get there is through a programming exercise.

Now our domain is the xy plane.

Before we said when f of x is equal to x squared that x is just any real number.

Any

Let's say I have this bizarre looking function.

I don't know what that is.

For any given price, it's going to lower the quantity demanded.

And what we calculated here is just the average slope across this change in time.

If we want to say there's no dirt in any location, it's a little bit more complicated.

So, for example, we could call this the complex number z sub one.

This right here is e to the minus st times f of t.

Another situation like this, once again this involves centripetal acceleration, inward forces, inward acceleration.

Random engine

Random colors

Random Lamp Style

Any files

Any kind of value

Jeeves, Mr. Bickersteth is still up the pole.

Any raccoon.

Now compare the Phase to Ground values against the Phase to Phase values

So I don't know, it could be x squared times cosine of y or something.

You get the point

let's call them k's.

SQL database, as we've been talking about.

You can leave it out. The sentence on the left is perfectly fine.

And, you know, we could have some base a.

But imagine if it was, you know, an n by n by n cube.

We could say, plus c, but just so that we can simplify it a

Then we definitely have one or more digits, 867, 3, 1.

Six random colors

Two random colors

Random text alignment

anything

I could do 3 times a.

Well this guy is just the dot product of this with itself.

And it could have been any.

Well this is pretty easy to calculate.

HTML has specific tags that you need to use.

Let me get my spreadsheet out.

I'm going to define addition, and these are definitions.