We can apply that to the business world, we can apply that to our student group works, we can apply that to our management teams.

We can apply the discovery to various uses.

Can we apply this rule in this case?

We can apply this rule to that case.

learn things that we can apply to ourselves.

So let's see if we can apply that.

So what can we learn about this? How can we apply this insight?

And then we can just apply the distributive property.

We can apply it everywhere around the world, no?

You can apply the formula we learned in class.

At last we've got some science we can apply.

We can apply this if the heap property is satisfied.

Then, we can apply that to the multiple regression example.

What technology can we really apply to reducing global poverty?

Can we apply the techniques that worked here to this?

And then we'd think about what actions can we apply.

We can see that we can take this equation and it can apply to things in economics, or it can apply to things in finance or it can apply to things in computer science or logic or electrical engineering or anything accounting

We can calculate the amount of work done by multiplying the force we apply times the distance over which we apply the force.

So let's see if we can apply that to some problems.

Of course, we can apply this technology to the medical field.

But let's see how we can apply this to this problem.

So let's see if we can apply these same rules to division.

Where can you actually apply this? Which we cared about, of course.

So we can apply that same process, even though it's not supervised.

And hopefully if we understand how we control movement, we can apply that to robotic technology.

Married couples can apply for the post.

We now apply Bayes rule.

Here we apply total probability.

We can then take the measurement vector and apply it to this particle.

We can apply exactly the same math, but we have to keep track of more values.

Regardless of age, everybody can apply for it.

You can also just apply simple considerations here.

And again, we apply total probability.

There are really two concepts of happiness that we can apply, one per self.

But I think we can use their techniques and apply them to healthy food.

We apply these rules that we did previously.

Through the numerous ways that we can apply cymatics, we can actually start to unveil the substance of things not seen.

In linear algebra, you can apply it to anything.

And now we've got the words, and we can apply the special sauce the translation.

And if this seems like some Byzantine, hard to understand result, we can apply it.

How can we take those feelings from games and apply them to real world work?

Apply

In observing, we apply unsupervised learning techniques.

We can apply different folding ratios to different parts of the form to create local conditions.

So as I said we can apply this NSHT to correlations but what we wanna do here is apply it to the regression coefficient, and particularly the unstandardized regression coefficient.