Welcome to our next office hour.

Okay, the cattle go through a series of solid curves.

Go along the fences. Use the rifles.

She's moving along the back walk.

Come along.

The ship made for the shore.

So here, putting a low number will scale it down and make it more narrow because we're opening along the x axis.

You're at 1, so this is 1 right here.

Move along!

And you follow it down until you hit a grove of trees on your right.

Let's try this place in the middle of the block.

Go straight down this corridor.

You write the prescription, the patient takes it home, gets it filled at the pharmacy and takes it according to the sc hedule that has been advised.

Go forward one step

Then go.

We saw the parade move down the street.

Let's call this vector over here our Rx, which is x minus x1, and Ry.

Do you also mean that is to complete our life?

That's what R2 is.

Actually we're in the exact opposite direction.

If it hits something you people see that?

We just get that from our definition of multiplying vectors times scalars and adding vectors.

The post office is down the street.

We swap i and the left child's value and then we need to down heapify on the left child.

So 1, 2.

Take her away!

It's predicted they may go extinct about a third of them within about 30 years.

So I was just intrigued with what you know, what is this animal's story?

So let's start with number 2.

In the state space below, shown over here, we can travel between locations

And the way it does it, is it takes its tail and it swings it one way to yaw left, and it swings its other way to yaw right.

This graphic illustrates what would happen if you did not cut to the nominal part diameter

Go straight on down this street.

This is the first figure, right here.

As you can see, you can play anywhere.

Right? a is where we started off on the path, t is equal to a to t is equal to b.

Jog the turret to the middle of X axis travel

How can I make this stop?

I'm not going to do that, I'm going to keep it for at least a year.

Sir, though not entirely willing.

Or you could kind of view it I'm holding y constant and integrating along the x axis.

But anyway, the evolution of our species took hundreds of thousands of years, and then working through interaction, evolution used, essentially, the technology creating species to bring on the next stage, which were the first steps in technological evolution.

The coastal ecosystem of British Columbia is rapidly declining.

And the easiest way to figure that out is to pick these, I guess you could call them, the extreme points along the x axis here and here.

I'm afraid I'll have to disappoint you, Paul.