It senses what I want to do, where I want to go, and then augments my strength and endurance.

But it is negative. So as people age, their physical endurance scores drop.

My hump contains up to 80 lbs. of fat, but doesn't store H2O.

And what we see for age is the opposite.

Well think about the example.

Hull plating's holding.

We'll see when we look at the descriptive statistics.

Basically, it's a force acting on a tissue that it transverses.

So, we're doing a lot better with this model, because the correlation between active years and, endurance, is much stronger than was the correlation between age and endurance.

Bring me back this mighty gift.

Allowed us to do is move from unstandardized to standardized regression coefficients.

And I call that active years.

The first thing I'm gonna do in this script is look at some scatter plots.

So this is now the slope of endurance relating, excuse me, the slope of active years relating to endurance for someone of an average age in this sample.

So sort of an arbitrary scale.

And there're only three variables in there.

So, that's suggesting that the relationship between active years and endurance is stronger than the relationship between age and endurance.

God, just because you lost your hardon doesn't mean you have to have a fucking meltdown.

The 400 horsepower Yamura, the most powerful of all the cars in the...

These are numbers like the mass of the particles,

That's because there's not a very strong correlation between age, and, endurance in this sample.

If you have more than one predictor in the model, that won't hold. But with one it is.

So the model r squared is the same as in the last segment.

So for an average amount of active years. And that's why it got a little steeper and shallower.

What would you say?

So now the regression constant is zero.

Key Strength

But if your engaged in physical activity for more years.

Okay but we're gonna skip all that today and just jump into the scatter parts.

. ..but with our weapons, Quinn could've

Softness

Length

Smoothness

Intensity

Intensity

Strength

Strength

So, the electromagnetic force, the force that holds us together, gets stronger as you go to higher temperatures.

Well, my mother was a powerful woman.

Subkey Strength

So if we look at this scatter plot, we see a positive slope, positive regression line, and it's a bit steeper than the previous function.

So, I, I like this example. And it's pretty intuitive.

For that you need someone much more powerful than I.

Germany then had a powerful army.

So this first scatter plot is looking at endurance, related to age.