Go away from here now.

But I said that we have to also if I just shifted this function, you would have all this other stuff, because you would have had all this other stuff when the function was back here still going on.

So in 12 minutes this is how far oh sorry this is how far Chelsea travels, that's a c.

And we'd give it out.

So this is rate ... or speed ... ... is equal to the distance that you travel ... ... the distance that you travel ... ... over some time.

Up here we find the h value to be 4.

And for a smaller part we can still hold one third of the part with a small jaw

All the measurements are green.

Well, we're saying over time, when he moves to the front of the column.

I'm sorry. Would you mind moving up just a little?

So that, we'll put over here.

This is what we need to know.

You're just going to get more and more negative as you get away from your vertex.

So, they want to know how far does the column move by the time the officer arrives back at the rear of the column.

Now, if R, if River Orchards also purchased a apples, that same distance, a, if you go along here gets you to right about over there.

Move?

We go from S to B, and if the traffic light is red, we wait until it finally turns green.

The solution is to add the location to the x and y coordinates being generated.

And it's going to take him time 2, times time 2.

In 6 minutes, Alice overtakes Bill.

So that means for every 2 you run over, so if you go positive in the positive x direction 2, you move up 1.

But they do that if there's enough energy, because you can go from both of these things separate.

That means she made up 400 meters of distance, so that she traveled 400 more meters.

So, relative to this train, we move from right here, we move 400 meters.

But we were still able to figure out, even without even knowing the absolute times, we were still able to figure out the total distance that the column travelled.

If instead I force a greater detour,

So essentially, we just have to figure out how long it takes her to travel this remaining distance and we would have solved the problem.

The fourth one always succeeds in a bounded number of steps.

Well, the column, distance is equal to rate times time.

And then he's going to go to the back and they want to know how far did this whole column move.

to pick up a box of children's games.

I have the potential to fall towards the earth.

Now let's assume the robot moves.

It's downward sloping at a slope of one two.

One discovery was that wild Bonobos often walk bidpedally. What's more, they are able to walk upright for long distances.

I essentially move the decimal from the right of the one to the left of the one

This is equaivalent to 15 46, which means we are going to move 46 spots to the left of 15.

Go back in.

And we move 600 meters relative to the front of train

Move!

Move!

The first point I go along the horizontal, what we traditionally call our x axis.

When you do this calculation it actually gives you this distance right here.

And what metastases are is when the tumor when a piece breaks off and travels through the blood stream and goes to a different organ.

So work is energy transferred by a force.