So given the speed of light in meters per second and a variable, nano_per_second, representing the number of nanoseconds in a single second,

Now, without further ado, let's create our first canvas.

Isn't that something? Isn't that really cool?

So now let's see if you can write the code to build an index using the URLs collected from our Web problem.

Now, you've learned how to deal with this. You know everything about statistics.

Our independent variable x is the actual exponent.

What if I want to construct more fancy unit functions or more fancy step functions?

Finally, we're going to need to return the last new string that we create.

We provide a basic library for doing this.

Mark all the intersection points as nodes and put all the pieces of plastic in that connect them as edges.

So let me draw I'll do a rough graph here.

You can find many other gadgets in the iGoogle directory.

It's very powerful. It's very exciting.

Problem 6.

I'll fix a drink.

And the market price of those CDOs is a 1.50 per CDO.

Now that that is out of the way,

What are these x's and y's?

So what I'm going to do is, I'm going to create my balance sheet before I do anything.

For details like that, we recommend that you check out Steve Hoffman's class cs253.

But first, let's come up with an automatic mechanism to produce this markup that is, whether a line is executed or not.

Now, if I were to create an index on that field on the id field things should get faster.

Let's see what we'll pay if we continuously compound for multiple years, at a rate of r percent per year.

So let's just work through it and see if he got it right or if he made a mistake.

Let's get you fixed up with a drink.

Reading data from your calendars is fun, but its more interesting to write data to calendars.

I'm going to use one of these, and that's what we're going to return out of our function.

And now we'll do a fairly hairy problem, so I'm going to have to focus so that I don't make a careless mistake.

Let's first of all figure out how many hours there are in a year.

Think about what the properties of these solutions might be.

That was good warm up.

Now, I think we're ready to tackle completing the square.

And we can see my title and the body, and I can go back to the front page blog and see, in my particular case, the 10 most recent entries.

This will make generating our HTML a little bit more convenient.

So let's see what happens as I try to compound continuously, or as n approaches infinity.

So what I do is I figure out, well, given your assumptions

That's 70.

So assets.

So let's make a table here to see how quickly this thing grows, and maybe we'll graph it as well.

line integral through a vector field, or using vector functions, in the next video.

This time we're going to leave the left child unchanged and build up a new tree based on this new right child.

Well, I'm simply going to make a list where the first entry in the list is the match, and the second entry is the replacement.

You should start small by creating a simple gadget XML that just has the basics.

In this case, I'm going to have all URLs go to single python scripts called main.

I will be working on my report all day tomorrow.