We registered the need for all the parties to that process to bring to bear the leadership necessary to re establish the momentum of change.

They're going to be hitting the sides more often, so you're going to have more changes in momentum, and so you're actually going to have each particle exert more force on each surface.

So what's the momentum at the start of the problem, the initial momentum?

So we want to find the change in y over the change in x.

Change in y over change in x.

The change in y over change in x.

So change in y over change in x, change in y is 4 when change in x is 1.

AND THAT OUR CHANGE IN TlME, IS OUR CHANGE IN VELOClTY DlVIDED BY OUR ACCELERATlON.

Or, change in y over change in x.

We have the change in time, once again, we have the change in time.

So change in y over change in x.

Change in distance is equal to the average velocity.

Change is happening, and the change that is happening is not one that is in software.

So the slope, which is equal change in y over change in x.

Slope is change in y over change it x.

The slope which is change in y over change in x is equal to,

This is our change in y over change in x.

The slope is change in y over change in x.

The slope is equal to change in y over change in x.

So our slope, change in y over change in x.

So this is equal to our change in y over change in x.

So what is my change in y over change in x?

We could say change in y so slope is change in y over change in x.

Now what is your change in x The slope is change in y over change in x.

We know that acceleration is equal to...change in velocity over change in time over here change in time is along the x axis so this right over here is a change in time and this right over here is a change in velocity

CHANGE IN VELOClTY IS JUST ACCELERATlON TlMES CHANGE IN TlME

It's just change in y over change in x.

line is going to be the change in y divided by the change in x.

Then what is our change in y over change in x?

So in this case, change in y over change in x.

My change in y over change in x is equal to negative 4 over negative 6.

line has simplified to 6 times my change in x, plus my change in x squared, all of that over my change in x.

So we know that the slope m is equal to change in y over change in x, which is equal to What is the change in y?

And then what is the slope? m is equal to change in y over change in x.

Our change in y is positive 2.

So you could have also have done change in y over change in x.

The slope of this guy you do your change in y over your change in x is going to be equal to 14.

Change in y, change in y, over change in x, is equal to we take the first y point, which is 3.

So, change in y over change in x, or rise over run, well, change in y would be this 5.

If this moves a certain amount, if this change in y over change in x is a certain amount, this change in y over change in x is the same amount.

Your change in y would be that right here, change in y, and then your change in x would be that right there.

OK, well, what is the change in y over the change of x right around this.

And that's just the change in y over the change in x, over very small changes.

When our change in x is 3, our change in y is negative 2.

And the slope is just change in y for a given change in x.