In Exercises 5–8, either a mixed column or mixed row strategy is given. In each case, use P = [ 0 − 1 5 2 − 2 4 0 3 0 1 0 − 5 ] , and find the optimal pure strategy (or strategies) the other player should use. Express the answer as a row or column matrix. Also determine the resulting expected payoff. [ HinT: See Example 2.] C = [ 0.25 0.75 0 ] T
In Exercises 5–8, either a mixed column or mixed row strategy is given. In each case, use P = [ 0 − 1 5 2 − 2 4 0 3 0 1 0 − 5 ] , and find the optimal pure strategy (or strategies) the other player should use. Express the answer as a row or column matrix. Also determine the resulting expected payoff. [ HinT: See Example 2.] C = [ 0.25 0.75 0 ] T
Solution Summary: The author calculates the optimal pure strategy for the other player of the game with the payoff matrix P=left[cc
In Exercises 5–8, either a mixed column or mixed row strategy is given. In each case, use
P
=
[
0
−
1
5
2
−
2
4
0
3
0
1
0
−
5
]
, and find the optimal pure strategy (or strategies) the other player should use. Express the answer as a row or column matrix. Also determine the resulting expected payoff. [HinT: See Example 2.]
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