Let's see how well we can do. There are three images.

So, how long does it take Zeno to get to the park?

Even though we met in a dream like fate, but now it's time to return to our separate worlds.

Clear. Time's up, let's go.

I'm not mad at you guys I'm disappointed with my arm and how it's trying to buttfuck me back here.

These formulas together define a unique schedule, which is the fastest possible schedule.

We're leaving at 3 13 that gives us three hours 41 minutes.

It's time you went to bed.

It's your bedtime.

Yes.

In this scheduling problem, we have a network of actions with the precedence relations between them and the duration of each action shown in each box.

That would have given you the answer, but it would have taken you forever to solve it that way.

This person on the right is actually living in an assisted living facility.

What about real people?

Time is up. She's out of O2.

I'm hoping if you've been paying attention that that was pretty easy to see that that's linear.

It's time.

Let us find'em and bring'em back. No sightseeing along the way.

We're like a lockedon missile.

Everyone has a unique tolerance to electrical stimulation.

Thirty six hours till the moment when Larry Talman will be turned over to the federal authorities.

The ocean has properties that allow low frequency sound to basically move globally.

It is time, Frodo.

I think it would be a waste of time, Ellen.

Sam, this is gonna take you hours.

It takes time...

Come on, doctor, it's time to get up.

There's no time.

Yo, stud, time's up buddy.

Then there's not a moment to lose.

I don't have two minutes.

Rex, time's wasting.

Come on now, it's bedtime.

Okay, girls.

Hey, ticktock, yo.

Once you have each of these two cells, then they, each individually, enter their own interphase.

And we think the reason for this is that some people

Don't worry about visibility. Assume the pixel shader is evaluated for all of these pixels in a triangle.

Take the American railroad system, for example.

See how it relates to y is equal to x squared.

If they find time that is.

That's going to work. Thank you.

And what's the denominator?

Huh? Democracy time, y'all.

So if we run through all possible into those, we know that we've checked everything and then for each of those the running time is in the order of n to the k.