Question 5 O out of 2 points Suppose you have two strategies. Strategy 1 gains 6% with probability p, and loses 3% with probability 1-p, where p = 0.52. Strategy 2 gains 6% with probability q, and loses 3% with probability 1-9, where q = 0.51. The outcomes of the two strategies are independent. You assign weights (which sum to one) for the two strategies. What will the optimal weight be for Strategy 1 (to nearest 0.001), if you goal is to maximize your expected growth rate (i.e. maximize log utility, i.e. the Kelly criterion)? Selected Answer: [None Given] Correct Answer: 0.726 Question 5 O out of 2 points Suppose you have two strategies. Strategy 1 gains 6% with probability p, and loses 3% with probability 1-p, where p = 0.52. Strategy 2 gains 6% with probability q, and loses 3% with probability 1-9, where q = 0.51. The outcomes of the two strategies are independent. You assign weights (which sum to one) for the two strategies. What will the optimal weight be for Strategy 1 (to nearest 0.001), if you goal is to maximize your expected growth rate (i.e. maximize log utility, i.e. the Kelly criterion)? Selected Answer: [None Given] Correct Answer: 0.726