Solution
At node 2,
Since pay-off of 270 for Expand > pay-off of 228 for Do Not Expand,
decision for High Demand is ‘Expand’ with pay-off 270……..................................................………. (1)
So, expected pay-off for Small Facility
= {pay-off for High Demand x probability of High Demand} +
{pay-off for Low Demand x probability of Low Demand}
= (270 x 0.6) + (200 x 0.4)
= 242 …………………………………………………………....................................................………….. (2)
At node 3,
Expected pay-off for Advertise = {pay-off for Modest Response x probability of Modest Response} +
{pay-off for Stable Response x probability of Stable Response }
= (20 x 0.3) + (220 x 0.7)
= 150 …………………………………………….................................................………………..……..….. (3)
For the other option of Do Nothing, the pay-off is 40 which is less than 150. Hence,
Decision at node 3 is: Expand with pay-off 150 …................…………………………………………..…. (4)
Now, expected pay-off for Large Facility
= {pay-off for High Demand x probability of High Demand} +
{pay-off for Low Demand x probability of Low Demand}
= (200 x 0.6) + (150 x 0.4)
= 180 …………………………………………………………………....................................................….. (5)
Comparing (2) and (5),
Since expected pay-off for Small Facility at 242 > expected pay-off for Large Facility at 180,
Final decision is to go for Small Facility Answer
DONE
Styles Styles Parr Question, Given the following decision tree and the maximum expected value strategy, what decision would make? Low demand [.4] $200 Do not expand S223 Expand $270 Do nothine $40...