If it's not well, now we've got the case where a was greater than b . a is not greater than c , so that means c is greater than or equal to a .

If not well then, we know b is greater than or equal to a , and c is greater than or equal to b , which is greater than or equal to a .

less than or equal to, and since it's the area above the

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

Say we have x plus 15 is greater than or equal to negative 60.

When x is 6, y is 3.

Do this for the failing runs as well as for the passing runs.

Instead of having the next statement return b , we're going to think about having an else clause that says well, if a was not greater than b , what shall we do?

But let's see what the inequality is.

This was greater than or equal.

So now we can return c .

Oh, let me be very careful.

So that means we can return b .

If a is not greater than b , well that means we have b is greater than or equal to a .

And and this is an and.

If we have 5 here let's just draw a circle around it because we know it's not gonna equal to 5 because we're just deciding between greater than or less than.

This is really bad, I shouldn't do it so messy.

And with the left hand side, 2 plus 25 is 27 and we're going to get 27 is greater than.

And actually, remember, we even made the condition when s is greater than 0, right?

And this 6 will become a 5.

And we know that a is greater than zero. b is greater than zero.

Or another way of saying it is this is equal to 14 5.

If x is equal to 3, you get 3 minus 2, which is equal to 1.

Then you shift over one to the left.

And if we remember what that was, we defined bigger like this bigger took 2 inputs, it compares them if a is greater than b , it returns a .

And now let's check our numbers again.

11.7 is to the right of 11.5.

Or if you go back and you realize that 9 12 is the exact same thing as 21 28, we could say 21 28 is definitely greater than and 8 12 is the same thing as 6 9 is definitely greater than 6 9.

Now we know that b is greater than c . b was greater than or equal to a because we went to the else here.

So now we say 8 is larger than 7.

So now when you have 1 over the square root of the absolute value of x minus 3, now it's no longer greater than or equal to 0, it's just a greater than 0, right? it's just greater than 0.

That's what you want to figure out.

And just a very easy way to eyeball it is OK, they're including the line, so I'm going to have this equal then it's going to either be greater than or equal to or

Two times oh, something weird happened to my pen.

Which I could do a little bit better job making those equal, or at least closer to looking equal.

Well, I'll tell you what. Green technologies going green is bigger than the Internet.

And that's the same thing as seven plus seven, which you may or may not know is equal to fourteen.

So or a is less than 0 and b is less than 0.

But since we are multiplying an inequality by a negative number you have to swap the inequality sign.

So we can literally just divide 21 into 16.

First, one of the ways I talked about is to start at the right.

You know, 0 would not satisfy this because 0 is greater than minus 2, but it's not greater than 1.

We can subtract x from both sides.

10 is larger than 9, 11 is larger than 9, 11 is larger than 3, 2 is larger than nothing, 3 is larger than nothing.

For example, for the politician, the strategy of contracting is domininated by the strategy of doing nothing.