00:01
We're going to first define our decision values.
00:04
I'm going to let x sub i times j be our number of caskets shipped, where i is equal to our distribution site, and j in this case is going to be our three plants, either chicago, dallas, or atlanta.
00:23
We're going to have six different variables.
00:26
We're going to have x of c sub t, we're going to have x of dt, we're going to have x sub at, we're going to have x sub cta, we are going to have x sub dta, and we are going to have x sub ata for our six different decisions.
00:52
Now, for our objective function, we can write this as 75 x sub ct plus 95 x cta plus 50 x dt plus 70 x dta plus, so again i'm just taking my profits for each, 82 sub x at plus 98 sub x at.
01:34
Then, this is our objective function that we want to maximize...