Question: Using the same problem parameters as in Example 1 and the initial function (w_{0}(1)=w_{0}(2)=0), estimate analytically how large (n) must be so that (w_{n}) is
Using the same problem parameters as in Example 1 and the initial function \(w_{0}(1)=w_{0}(2)=0\), estimate analytically how large \(n\) must be so that \(w_{n}\) is within .1 of the optimal value function \(W\). (Hint: Use (7) and Exercise 2.)
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