Gestwow s$?$

$\backslash$table$[[$Project$,$Focus,Cost $($$$),$Payback $($Years$),$ROt$(\%),$Impact Index$],[$A$,$Capacity,$1\mathrm{.}750,000,2\mathrm{.}3,24,3],[$B$,$Ouality,$800,000,1\mathrm{.}9,17,9],[6,$Ouality,$1,150,000,29,18,5],[$D$,$Productivity,$640,000,1\mathrm{.}5,14,6],[E,$Capacity,$500,000,2\mathrm{.}5,15,8],[$F$,$Productivity,$1,500,000,3\mathrm{.}5,19,7]]$

Which of the following choice shows the objective of this decision$-$making process? $($Just show the number, like $1,2,3$

$(1)$ measure performance, $(2)$ choose a project to fund, $(3)$ save cost, $(4)$ improve quality, or $(5)$ make a strategic plan

Which project would your committee select? $($simply put an alphabet$)$

$\backslash$table$[[$Payoff$,$Demand$],[$Project$,$Low,Medium,High$],[$A$,88,192,201],[$B$,96,162,280],[$C$,83,132,193],[$D$,83,111,221],[$E$,14,152,277],[$F$,32,146,212]]$

If the future demand will tum out to be medium, what is the max payoff your factory can receive? $(2$ decimal places$)$

If the future demand is totally uniknown, what is the max payoff your factory can receive when using the Minimax rule? $(2$ decimal places$)$

If the future demand is totally uniknown, what is the max payoff your factory can receive when using the Maximax rule? $(2$ decimal places$)$

If the future demand is totally unknown, what is the max payoff your factory can receive when using the Laplace rule? $(2$ decimal places$)$

If the future demand is totally uninown, what is the total regrets of the best alternative your factory chooses when using the Minimax Regret rule? $$ can receive? $10.$ You does not like uncertainty and poor information. What is the maximum expected value that you are willing to pay in order to receive perfect information for the project decision? $$