Consider the problem described in the attached "Distribution Centers.docx" file. According to the optimal solution $($make sure that your numeric responses contain NO commas$)$:

The number of units shipped annually from Las Vegas to the East Customer Zone is

Blank $1.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Las Vegas to the West Customer Zone is

Blank $2.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Las Vegas to the South Customer Zone is

Blank $3.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Kansas City to the West Customer Zone is

Blank $4.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Kansas City to the South Customer Zone is

Blank $5.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Atlanta to the East Customer Zone is

Blank $6.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Atlanta to the West Customer Zone is

Blank $7.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Atlanta to the South Customer Zone is

Blank $8.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Dallas to the East Customer Zone is

Blank $9.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Dallas to the West Customer Zone is

Blank $10.$ Fill in the blank, read surrounding text.

The number of units shipped annually from Dallas to the South Customer Zone is

Blank $11.$ Fill in the blank, read surrounding text.

The total annual fixed and shipping cost is $

Blank $12.$ Fill in the blank, read surrounding text.A company needs to decide on the number and locations of new distribution centers to open in

order to minimize total annual fixed and shipping costs. The candidate cities in which to open

distribution centers are Las Vegas, Kansas City, Atlanta, and Dallas. The following table

provides the annual capacities and annual fixed costs for operating distribution centers at each

city.

The distribution centers will need to ship to three customer zones: East, West, and South.

Annual requirements are $2,400$ units for East, $2,160$ units for West, and $1,440$ units for South.

The following table provides the cost to ship one unit between each city and the customer zones.

In addition the following conditions must be met by the final decision: $1)$ a distribution center

must be opened in either Las Vegas or Dallas, and $2)$ if a distribution center is opened in Kansas

City, then one must also be opened in Atlanta.

Note: Make sure to set the Integer Optimality $(\%)$ tolerance at $0\mathrm{.}05$ in Solver Options as shown

in Screenshot $6-2$A page $218$ of the textbook, prior to solving the problem.