Two Teams B Playing See Win N Games First B Equally Competent Therefore Team 50 Chance Win Q23681060

There are two teams A and B playing against each other to see who will win n games first. A and B are equally competent. Therefore, each team has a 50% chance of winning any particular game. Suppose they have already played r+y games, of which A has won x and B has won y games, respectively. Give an algorithm to compute the probability that A will go on to win the match. Whats the worst-case time complexity of your algorithm? For instance,if -1 and n-3 then the probability that A will win the match is 7/8, since it must win any of the next three games.
Dynamic programming algorithm? World series game problem

There are two teams A and B playing against each other to see who will win n games first. A and B are equally competent. Therefore, each team has a 50% chance of winning any particular game. Suppose they have already played x + y games, of which A has won x and B has won y games, respectively. Give an algorithm to compute the probability that A will go on to win the match. What’s the worst-case time complexity of your algorithm? For instance, if x = n – 1 and y = n – 3 then the probability that A will win the match is 7/8, since it must win any of the next three games.Show transcribed image text There are two teams A and B playing against each other to see who will win n games first. A and B are equally competent. Therefore, each team has a 50% chance of winning any particular game. Suppose they have already played x + y games, of which A has won x and B has won y games, respectively. Give an algorithm to compute the probability that A will go on to win the match. What’s the worst-case time complexity of your algorithm? For instance, if x = n – 1 and y = n – 3 then the probability that A will win the match is 7/8, since it must win any of the next three games.

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