1) A decision maker’s worst option has an expected value of $1,000, and her best option
has an expected value of $3,000. With perfect information, the expected value would be
$5,000. The decision maker has discovered a firm that will, for a fee of $1,000, make
her position-risk free. How much better off will her firm be if she takes this firm up on
its offer?
A.$5,000
B.$4,000
C.$3,000
D.$2,000
E.$1,000
2) Option A has a payoff of $10,000 in environment 1 and $20,000 in environment 2.
Option B has a payoff of $12,500 in environment 1 and $17,500 in environment 2.
Once the probability of environment 2 exceeds ______, option A becomes the better
choice.
A..33
B..67
C..45
D..50
E..55
3) Linear programming to produce an aggregate plan:
A.will produce the best plan if accurate inputs are used.
B.is the most widely used technique.
C.is easy to implement.
D.will produce a plan that may not be the best plan.
E.requires an Excel spreadsheet.
4) The manager of the Quick Stop Corner Convenience Store (which never closes) sells
four cases of Stein beer each day. Order costs are $8.00 per order, and Stein beer costs
$.80 per six-pack (each case of Stein beer contains four six-packs). Orders arrive three