If it takes him t minutes to go and t minutes to come back, he traveled t minutes.

This is equal to x squared minus 2 times xy plus y squared.

All right, let's plot these on a graph, as they tell us to do.

It's a slightly different color, but maybe you won't notice.

And then the coefficient on the original function is just a constant, right?

So let me draw it like this.

That tells us that the inverse Laplace transform, if we take the inverse Laplace transform and

Can I call you back in just a minute?

For that x, this relation seems to have two possible f of x's. f of x could be that value or f of x could be that value.

So from the beginning of our time, it essentially takes 12 minutes.

So when you add them together you have b plus d i's. b plus d in the imaginary direction, you can almost imagine.

I could have my dx's let me pick a vibrant color so you can see it.

So now and I'll switch colors just avoid monotony this is equal to, actually, let me just this is y.

So minus I'll do that in purple minus the length of the projection onto I of v2 squared.

I either have a blue forehead, or I don't have a blue forehead.

But they want to know how many more minutes after Ann gets there.

Let me put this in a new color, so now he's at 1,800.

So it's almost a greater infinity of potential possibilities.

Minus threei plus fouri.

Zoom in a little bit because I think you might have trouble reading it because it kind of shrinks it when I go to YouTube. 2,117.

How many times does 2x go into the highest degree term of the number not the number the expression that we're dividing into?

Are you hungry now?

Well, we know we can add these exponents.

What is that going to look like? e to the minus st times f of t?

I moved three things by a millimeter.

This was just, times plus thirteen, I wrote that just to make sure that you understood that the negatives canceled out.

Is he a good pitcher?

Everybody okay? How we doing?

And then 180 plus another 36 is 216.

As you can see, it is a reflection of our original f of x along the line y is equal to x.

This means 5 times itself three times, so this is equal to 5 times 5 times 5.

So this is the graph right here of 3 times x plus 5 squared plus 1

These two triangles are going to be congruent

left with is a v.

So let's get the calculator out, so 15 294.3, this is in billions, divided by 1.025, gives us 14 921.3

But he sees only one, two, three green hats.

Maybe that guy has one, that guy doesn't.

So remember, this is what we've told each of the people.

If you do want a hint, I'm about to give it to you.

Let's do another problem.

So now we're going to be doing a little bit of algebra.

And now we have a level one linear equation.

So let's figure out what 4 divided by 0.2 is.

So the answer is four is twenty percent of twenty. And does that make sense?

If that confuses you, sit and look at that for a second.