left hand side.

left hand side.

left hand side as well.

left hand side right now.

And it's job is of course to make sure the blood does not go from the left ventricle back to the left atrium by accident.

So they ended up on the left hand side.

The left hand side these guys cancel out, you're just

left hand side of the equation.

The left hand side just becomes an x.

lefthand side of the equation.

That's your left hand side.

Why on the left side?

left hand side of this equation.

So we know that for the left triangle right over here

left hand side becomes negative 5x.

What is this left hand side?

So the left hand side is just going to end up being 4x.

The left hand side becomes 5x minus 8x.

So this left hand side is negative 7.4.

Then the left hand side just becomes an x.

So we have the left tower right here.

Multiply the left side by 2A.

You go all the way to the left hand side.

And so we could choose, say, his left eyebrow.

And the left hand side stays the same.

So what is that that is our left atrium.

The left hand side, this cancels out.

So that's the derivative of the left hand side.

The left hand side, we just end up with our x.

The left hand side, we just get an x.

On the left hand side, you get an x.

So we did this left hand side already.

So, on the left hand side I'll put the 4y squared.

Let's move this 16y onto the left hand side.

left hand side of Bernoulli's equation.

This left hand side, negative 12 minus 8, that's negative 20.

The left hand side, you're just left with a negative 20x.

If you subtract 1,000 from the left hand side you're just

The left hand side just becomes 0.

Let me write the left hand side a little bit differently.

The left hand side, 8A divided by 8 is just A.

So the left hand side simplifies to this.

Well, the left hand side just stays negative 4x plus 3y.

So let's say you start on the left hand side right over here.

But since we're doing it to the left hand side, we also have to do it to the right hand side.