Average speed

Mean velocity

Average down speed

Average up speed

Average to leechers

Average from leechers

Average from seeds

So this is 5 kilometers per hour to the north.

Average speed per slot

Or it made them have higher kinetic energy, or higher average kinetic engery, and that's what temperature is a measure of average kinetic energy.

Averaging 30 miles an hour the whole way.

One minute, 26.5 seconds 108.5 miles an hour.

And he did it in 1 hour in his car.

So how do we figure that out?

95. 1 miles an hour.

In the case of Usain Bolt how fast is he going right now?

100 metres. and so using this information we can actually figure out his average speed his average speed right this way his average speed is just going to be change in distance over his change in time and using the variable over here we are saying y is distance and this is change in y over change in x from this point to that point and this might look somewhat familiar to you from basic algebra.This is the slope between two points.

So Newton's first law you're going to have your constant velocity ...it could be zero... it's going to stay being that constant velocity unless there's some net force that acts on it. so that leads to the natural question

Now with that out of the way ... ... let's figure out what his average velocity was.

He is not going to just go the speed immediately.

And that is his average speed.

And what we're gonna see in a second is how average speed is different than instantaneous speed.

So it measures acceleration, angular acceleration

Accelerate to attack speed.

Juggler horizontal speed

Earth Acceleration

Ah.

Let's put this into action.

And in fact, the global average is about what it is for Ghana.

It tells us...If you apply a force, it might change the constant velocity but how does it change that constant velocity?

So we're going 100 meters in 9.58 seconds so it's around 10.4 approximately 10.4 and then the units are meters per second.

Grav plating's at 20 Gs.

The measurement has a mean of nu and a covariance of r squared.

The last thing I want to introduce you to... (actually let me just do it in the next video) and I'll introduce to you the idea of average velocity now that we feel comfortable with the idea that the distance you traveled is the area under this velocity versus time curve

The force and the mass, right?

Now let's say at low temperatures I'm here and as I add heat my temperature will go up.

So over here we were turning our heat into kinetic energy.

So how would we measure, how much would we say the CPl U has grown?

This is just applying this formula over here.

Average

But for the sake of simplicity ... ... we're going to assume ... ... that it was kind of a constant velocity ... ... or what we are calculating is going to be his average velocity.

This one gives us the famous formula...Force is equal to Mass times Acceleration.

You have position, derivative, velocity then acceleration and then comes jerk, and then comes snap.

What's the average temperature here?

When the girl at rest, velocity equals zero miles per hour, begins accelerating to reach the speed within seconds, velocity increases rapidly to 25,000 miles per hour, her brain would crash into the side of her skull.