Shift left

Shift up

Shift down

Shift right

Shift

Shift

And then I'll do another video where I actually shift the hyperbola.

Hatcher's got you working a double shift?

SHIFT and Enter! SHIFT and Enter!

So here, we came from zero we hadn't seen any tokens yet.

You do x squared plus 1.

One out of every three, every other cycle.

We look at the corresponding image field and shift it a little bit.

What if there's no (c) and there's no (d), and we've reached the end?

And then let's have the square root of x plus 4.

(Applause)

It might be a little non intuitive that you say minus 4 to shift to the right and plus 2 to shift to the left.

(Typing noise) (Typing noise)

But instead of its vertex, or its center or its starting point, or whatever you want to call it, to be at the origin, it's shifted now.

And so essentially, it will shift, it will change the entire demand curve.

I have an e here.

And the same idea can be done with the principal square roots.

This is the Laplace transform of e to the and what's a? a is what we shifted by.

It's scaled up.

Your shift's over.

Your shift is over.

And that's a bit magical for now, but we'll see why we want to do it, real shortly.

And we established this was our f of t, so we just shifted it by c.

Notice it did exactly what I said. x minus 4 squared was shifted four to the right. x plus 2 squared, was shifted two to the left.

Laplace transform of, and this one here?

Yes? The new man here worked the night shift.

If U equals 1, all the values are cyclically shifted to the right by 1.

I suspect he was late for his duty shift.

I'm set to open for lunch in 20 minutes and Dawn still hasn't shown up for her shift.

Now, when I have the square root of x plus 4, I've shifted it over to the left by 4.

So these are two different levers, two different tools that have been used in governments all around the world to shift aggregate demand one way or another or attempt to shift aggregate demand one way or the other.

If U equals 3, they are cyclically shifted to the right by 3.

So we're going to shift it to the left by 4.

Then the right scan line we get to see the following.

Obstruction ahead, obstruction ahead!

Until the evening before.

There's a fat guy on a bike. A fat guy on a bike.

So chart 1 had a dot in front of a big (Q).

He was a man with a white robe, sandals on his feet and AK 47

It's really a very simple algorithm.