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.

So we can apply D.

So we can just apply this equation.

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

So let's see if we can apply that.

We can apply it everywhere around the world, no?

So now we can just apply the quadratic formula.

At last we've got some science we can 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

What technology can we really apply to reducing global poverty?

Can we apply the techniques that worked here to this?

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

We can actually take some vectors x, apply the transformation or apply the change of coordinates, get to this, and then apply d.

Let's see if we can apply the third side to it.

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

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

We can apply this reasoning to the United States unsustainable fiscal deficit.

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.

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

Now, to figure out the length of the hole, we can apply the

So let's see if we can apply that to this triangle right here.

We've see now that we can apply linear transformations in different coordinate systems.

Now with that out of the way let's see what we can apply.

Now that we have the definition we can apply it to some actual matrices and vectors.

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

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.

Now, we can just apply our simple distance is equal to rate times time.

Here, I would like to ask, the amounts of money we can collect if we apply this idea,

And then we can apply TMS to the RTPJ and ask how people's judgments change.

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?

Let's say we want to find D first, because if we can find D, then we can just apply this formula here to figure out A.

I feel that, if we can understand what makes something like Coca Cola ubiquitous, we can apply those lessons then for the public good.

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

Maybe we can manipulate this algebraically somehow so that it will give us the l'Hopital indeterminate form, and then we can just apply the rule.

We apply the derivative operator.

Can such a scenario also apply in Darfur?

Most of these models were developed for one purpose but we can apply them to other purposes.

We can apply this to wastewater treatment plants to clean up our rivers and other natural resources.

Well, we apply the same formula.

So to figure out A, we can apply this formula right there with our change of basis matrix.

In linear algebra, you can apply it to anything.