So 1,2,3 3 times 291 is 873. 3000, is 873000

So it's equal to 3 s times this thing.

We added two to that, so we wrote twenty.

And they're going to have to add the three.

Let me show you an example.

Because this is the derivative of psi with respect to x.

With this button you export the selected dictionary to a file.

Now instead of putting that 'h' in for height we know that the height is the same thing as 4 less than the base.

Let me scroll up a little bit.

So linear regression, what we're going to do is that I'm going to want to solve a minimization problem.

So the greatest common factor of 10 and 7, or the greatest common divisor, is going to be equal to 1

I'm subtracting this whole thing so I can rewrite it as a rewrite this part eleven plus twelve over sixteen.

7 minus 4 is 3.

Let's take the constants out first.

Find the value of 5 to the third power.

We wrote the eight in the hundreds diagonal.

Instead, I began to write about people other than me and things that never really happened.

Think of a problem like solving a Sudoku problem.

It mattered to me.

And I have my differential equations book from college, so I'm going to use that as we go.

You'll be pleased to know that we're going to use regular expressions to solve this problem.

But I wanna simplify this more. I have a feeling that there is an equivalent fractions that represent the exact same thing as 6 15.

Do you want to overwrite these files?

So negative twenty five i squared,

So this is going to be 3.457 times 10 to the negative 10 power

7 is larger than 4.

4 goes into 7 a total of one time

One quarter and two quarters in each group.

Now what are the base and the height in this situation?

I put everything I know down here.

We can write 2 in the ones place, but then we want to carry the 1, or we want to regroup that 1 in the tens place.

And what I've done here is I've drawn a hypothetical stock chart for a company.

So this is Sal's share of the soap.

You can view this as 875 thousandths.

So this seven hundred twenty we just solved, that's literally

Matrix of minors. Let me draw that out.

So this is plus 150 per 100.

Baked in the value iteration function was already an action choice that picks the best action.

We're asked to identify the numerator and denominator in the fraction three over four, or three fourths.

All the same, that's what I'm asking for now.

Let's test our understanding of this mythical halts procedure.

And to show that this string is in this grammar, we're going to walk through it.

If we're thinking ahead, we can use parentheses, but we're still allowing ambiguous phrasing.

Obviously, this is simplified.

More on that in just a bit I'll test that out and show it to you.