I know it says a minus 1, but think about it.

What does that equal to?

So we know that let's say angle one plus 54 plus 92 is equal to 180.

We know how to multiply by a scalar.

You're at kind of the maximum width point on the ellipse here and here when y is equal to 2, and you were here at y equal to 0 sorry, when y equals minus 2.

And you say OK, this has to be equal to 0, or that has to be equal to 0.

So they're either both positive, so minus x minus 11 is greater than or equal to 0.

Well that means that one of them or both of them have to be equal to 0.

So if d1 is equal to d2, and that equals 2a, then we know that this has to be equal to a.

4 minus 4 is 0 and that's what you're squaring.

So we have x squared plus b a x and I'm going to leave a

Let's add up these digits.

Well, we said that equals to 2a, that equals this distance right here.

left hand side, you also have to do to the right hand side.

log base one two of one eight.

Or, you could view it as the bound x is equal to the square root of y.

All right, the coefficient in front of the x squared term is equal to a 1.

Because the sum of the angles add up to 180, and so that is equal to 180 minus 100 which equals 80 degrees.

And verify it for yourself.

So maybe that's right here.

Well, we know that the diameter times pi, we know that pi times the diameter is equal to the circumference is equal to 10 meters.

We're essentially just evaluating these things at c.

Divide it by how many fruit we have per group.

So, we're assuming that that is equal to that

Let's say that this is y is equal to I don't know, that's y is equal to a.

Equation, it comes from the notion of equality.

But now things get really interesting, because we can use this type of a relationship... which is an equation, you're equating y to this thing right over here, that's why we call it an equation.

And I want to think about the notion of what x minus y is equal to.

So you end up with a 0 minus this thing evaluated at 0.

It's going to look at its rules right here.

You could try it out.

We need to switch colors.

Now over here, the vertex is when x is equal to 4.

We have to eliminate we have to exclude the x values that would have made this thing right here equal to zero, and that would have been zero if x is equal to negative 1 3.

We already saw that 1,000 mL is equal to 1L

We now have 1, 2, 3, 4, 5.

So it equals five over minus ten.

So, we're gonna assume that the two diagonals are bisecting each other

Employing him would amount to employing nobody.

Statement 7 will give us will give us some space we know that BE is going to be equal to CF

Well there's a couple of interesting things we see here, we know that AM is equal to MB

equal to

Equal To

And then 5.

So we're saying this function, when does this function equal 0?