uy 0 Suppose we have two weighted coins, one of which comes up heads with probability 0.2, and the other of which comes up heads with probability 0.9. Unfortunately, the coins are otherwise identical,...


uy 0 Suppose we have two weighted coins, one of which comes up heads with probability 0.2, and the other of which comes up heads with<br>probability 0.9. Unfortunately, the coins are otherwise identical, and we have lost track of which is which. Suppose we flip a randomly chosen coin<br>13 times and let N be the random variable giving the number of heads seen. If in the first 4 flips we see 3 heads, what is the conditional expected<br>number of heads in the 13 flips?<br>E[N|3 of first 4 are H] = 9.3162<br>

Extracted text: uy 0 Suppose we have two weighted coins, one of which comes up heads with probability 0.2, and the other of which comes up heads with probability 0.9. Unfortunately, the coins are otherwise identical, and we have lost track of which is which. Suppose we flip a randomly chosen coin 13 times and let N be the random variable giving the number of heads seen. If in the first 4 flips we see 3 heads, what is the conditional expected number of heads in the 13 flips? E[N|3 of first 4 are H] = 9.3162

Jun 10, 2022
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