Precedence and Associativity,

The following table lists the precedence of operators with the lowest precedence operators listed first.

Orders.

Those are the orders. Orders, my ass!

Multiplication has higher precedence than Addition.

Do I explain the precedence again?

Who's orders?

Whose orders?

Special orders!

Captain's orders!

I'm just following orders. I'm just following orders.

Higher precedence means it gets done first.

Just like we may have told you before that multiplication has high precedence, and addition has lower precedence.

or orders piety?

Obey my orders!

For our parser, in Python, we can just write out a table a single variable, called Precedence, that lists lower precedence operators at the top and higher precedence operators at the bottom.

Do not obey the orders of the transgressors

They didn't come in spite of my orders.

Wait for orders in front of these graves

Authorize me out of here! Screw the orders!

I'm just following orders.

We take telephone orders.

My orders are absolute.

The policeman barked orders.

Receiving their Strict orders

Thanks for your orders.

I'm only following orders.

You will follow orders!

Those orders have changed!

We just follow orders.

I've got my orders.

Even on Yubaba's orders...

Orders from the top.

Your orders mean nothing.

So we're going to have our precedence and associativity.

And I found that there was an historic precedence.

You give your orders, the orders are obeyed, and the battle is won.

One hundred thousand men dead because of my orders.

And once again, multiplication takes precedence by order of operations, over addition or subtracition

All right, this review quiz is about precedence and associativity.

Did you disobey my orders?

We must execute his orders.

He seldom orders anything new.

I usually follow my orders.

I'dlike to give the orders.