So this is vector a in standard position right there.

That's it.

Minus 2b looks like this.

Now I'm going to say that these are position vectors, that we draw them in standard form.

I answered all the tests correctly didn't I?

That's my vector x.

That's a.

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He said, That way we could fulfill our affirmative action goals for the Heinz company.

But the convention is to often put them in what's called the standard position.

Let's just say that my vector is the vector 2, 1.

So the model R squared will not change at all.

Target is lased.

Pretty standard.

The temporary fix?

So let's just start at some arbitrary point.

I just can't do it.

And there you have it.

Intersex comes in a lot of different forms.

That's the vector in standard position.

And let me define vector y to be minus 4, minus 2.

Affirmative action.

Now what would be a graphical representation of this set?

Well, the answer is crazy.

Proposed Corrective Action

It's a failsafe device, activated

like that and I would go back 1 and then up 2.

Let's say that it is equal to 1, 2.

I've done this before.

Any security?

This is a plumbing part. It's called a ptrap.

Standard position is just to start the vectors at 0, 0 and then draw them.

And then vector b in standard position is 3, go to the 3 right and then up 1.

And at first when you look at it, this vector right here is the vector a plus b in standard position.

So the point 1, 1 would be right there.

So your initial point, let me write this down.

Yes... well, standard procedure I suppose.

So I go to the right 2 and I go up 3.

If I do 2 times our vector, I'm going to get the vector 4, 2.

This is going to be this blue line.

So b minus a looks like that.

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