Consider the transportation table below. The solution displayed was obtained $by$ performing some iterations $of$ the transportation method $on$ this problem.

Destination

Source

$11$

$22$

$33$

Capacity

Upper $AA$

$$3030$

$$3030$

$$55$

$3535$

$2525$

$1010$

Upper $BB$

$$1010$

$$1010$

$$1010$

$2020$

$2020$

Upper $CC$

$$2020$

$$1010$

$$2525$

$7070$

$4040$

$3030$

Demand

$2525$

$6060$

$4040$

Part $2$

The total cost $of$ the current solution provided $=$

$21502150$

dollars.

Part $3$

Using stepping stone method, $to$ perform $an$ improvement iteration, the improvement index for the unused cell will $be$:

Part $4$

Upper AAminus$-22$equals$=$

enter your response here

$(1)$ Homework: Activity $9\mathrm{.}4HW(Ch.8$ and

Question

Completed: $7of11$ Transportation Module$)$

Part $2of10$

$Hy$ score: $\frac{9\mathrm{.}36}{20}46\mathrm{.}78\%$

Minimize list

Consider the transportation table below. The solution displayed was obtained $by$ performing some iterations $of$ the transportation method $on$ this problem.

The total cost $of$ the current solution provided $=2150$ dollars.

$3,2$

$5,2$

Problem $C.5$

Question $|0\mathrm{.}28pls$

Using stepping stone method. $to$ perform $an$ improvement iteration, the improvement index for the unused cell will $be$:

$A-2=$

$6$

Problem $C.15$

Question

$(1)$

$7$

$C.1-3$

Question

$8\mathrm{.}3-11$

Question

$9$

$8\mathrm{.}3*14$

Problem $8\mathrm{.}21$

Question $22$ ots

Problem $C.3$

Question $3\mathrm{.}13pts$

$(1)$

$(2)$

Question

$10$

$C\mathrm{.}4-13$

Question

$11$

$C\mathrm{.}4-14$

Question

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