I now have the x on the right hand side, the value on the left hand side.

On the left hand side.

left hand side, we also have to do it to the right hand side.

left hand side.

left hand side.

So what happens to the left hand side?

Divide the left hand side by 3.

It's already on the left hand side, so let's try to get rid of everything else on the left hand side.

So you divide the left hand side by 3, the right hand side by 3.

left hand side right here.

So we have 2x right here on the left hand side.

On the left hand side, or 5 3.

A solution that gives us this on the right hand side.

Now let's focus on the left hand side.

but in this reconstruction it's on the left side of the left tower

On the left hand side, this was the soapy water.

You can see the Copacabana on the left hand side.

And in the left atrium, the blood is entering and remember, the left atrium is on the right hand side from our point of view on the left atrium, the blood is entering from above from the lungs, from the pulmonary veins.

If I do it on the left, I've got to do it on the right.

On the left hand side, we have 4A and a minus 4A.

On the left hand side of the equation, we have six carbons.

But then on the right hand side of the equation, what happens?

Now, what does the right hand side of the equation look like?

The left hand side is 5 3.

left hand side, we just get 2y.

Detach the left side panel first

Bring it up to the left side.

So if we multiply the right hand side by 4. we also have to multiply the left hand side by 4.

This side right here.

And we do have a constant term on the left hand side of this equation.

Now, what does the left hand side of the equation now become?

So we're just left with an x on the left hand side.

Now, what does our left hand side simplify to?

And on the right hand side we just have an x.

This over here on the left hand side is my statement

And this right here, the left side right there, that's the same thing as this, right?

Symbols that never appear on a left side are terminals .

Start with borders. If you look on the left side of the cliffs here, that's national park.

On the left hand side, they're either bonded to an oxygen or a carbon.

Find a rule where that non terminal is on the left side.

He said, Everybody on the right hand side of the class, you are going to be graded sheerly on quantity.

Once again, we want to get rid of this 1.1 on the left hand side.

It's sort of funny dancing lights, shown there on the left and right side.

Only you have to help. Now, put it on the left side.

There's no fire on the port side. We go over that way.