So that's a minus b dot a minus b.

So you get B minus B is 0, and then minus 3D that's just D minus 4D and then 0 minus 2 is equal to minus 2.

This is going to be, this term right over here is going to be p squared minus p to the third.

We could write B is equal to minus D, or B is equal to minus 2 3.

And then you have the minus b dot minus b.

So our variance is p times 1 minus p.

A squared minus b squared, right?

So that's z plus 2, a plus b, times z minus 2, a minus b.

So p times 1 minus p, which is a pretty neat, clean formula.

It's 1 minus our mean, which is going to be p over here.

And then we have p squared minus 2p squared.

Or another way to view it is, C is equal to 180 minus A minus B.

But let me simplify the left hand side of this equation. a minus b dot a minus b, this is the same thing as a dot a those two terms minus a dot b.

And then when you add p squared to negative 2p squared you're left with negative p squared minus p squared.

And then I have minus b dot a.

C is equal to 180 minus A plus B, right?

And the intersection, where they overlap is C the combined area is going to be A plus B minus where they overlap minus C.

We could rewrite this as the roots are going to be equal to minus B over 2A, plus or minus the square root of B squared minus 4AC over 2A.

Minus 2 divided by minus 3 is 2 3, and then this isn't a minus here, I wrote that there later we said B plus D is equal to 0.

We can rewrite this as, well, A is 0, B is minus 2 3.

A 6 in the thousand's place is 6000, a 3 in the hundred's place is 300.

0 minus our mean, which is p plus the probability that we get a 1, which is just p this is the squared distance,

And the partial of psi, with respect to y, is equal to this, 2y minus 2.

So what's anti derivative of e to the minus st with respect to dt?

I would say, well the roots of my characteristic equation are negative B plus or minus the square root of B squared minus 4AC.

So let's say that f of x is equal to 10x to the third plus 5x squared minus 7 times 20x to the eighth minus 7.

So these would be the two roots, if B squared minus 4AC is less than 0.

2 times negative 3 is negative 6, minus 5 gives negative 11.

So minus 4Ax squared minus 4Bx minus 4C.

So the roots are going to be negative B, so it's negative 1 plus or minus the square root of B squared B squared is 1 minus 4 times AC well A and C are both 1 so it's just minus 4.

1 minus p squared is going to be 1 squared, which is just 1, minus 2 times the product of this.

And if B squared minus 4AC is less than 0, this is going to be an imaginary number.

We get 9 e to the minus 3x, minus 6 e to the minus 3x, minus 3 e to the minus 3x.

So minus 6Ax minus 3B minus 4 times the function itself.

Minus 1 a minus s.

Minus 1 3 minus 4 3.

16 1 is 15, minus 2 is 14, minus 3 is 13, minus 4 is 12.

We get pi we get 1 minus 1 2 minus zero minus zero minus zero plus 0 2.

Between 2000 and 2009, there was a natural increase of 3,090,016 (5,058,440 births minus 2,179,958 deaths).

So I'm going to replace c with a times c minus c times a. That's ac so let me put it this way so that's going to be 0 right there.

So this right here, this term right there will simplify to minus 2 times a dot b.

And then each of these numbers minus μ 0 minus μ ...that's minus 2.5.

2x times minus 2 is minus 4x.

So we have 1 minus 4 is minus 3.

The same thing as minus u to the minus 2 du.