Two questions are presented to a contestant on a show. The contestant is to attempt both questions and can start with either question 1 or 2. No matter which question he starts with, he must answer the question correctly before the other question can be attempted. Suppose the probability is qi that he correctly answers question i (that is q for correctly answering question 1 and q2 for correctly answering question 2. Furthermore, for a correct answer, the contestant receives W dollars (that Wi for correctly answering question 1 and W2 for correctly answering question 2). Assume that knowing the answer to one question is independent of knowing the answer to the second question. What is the pmf of X, the contestants winnings, if he started with question 1? What is the pmf of X the contestants winnings, if he started with question 2?

MATLAB: An Introduction with Applications
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Author:Amos Gilat
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Two questions are presented to a contestant on a show. The contestant is to attempt both questions and can start
with either question 1 or 2. No matter which question he starts with, he must answer the question correctly before
the other question can be attempted. Suppose the probability is qi that he correctly answers question i (that is q
for correctly answering question 1 and q2 for correctly answering question 2. Furthermore, for a correct answer,
the contestant receives W dollars (that Wi for correctly answering question 1 and W2 for correctly answering
question 2). Assume that knowing the answer to one question is independent of knowing the answer to the second
question. What is the pmf of X, the contestants winnings, if he started with question 1? What is the pmf of X
the contestants winnings, if he started with question 2?
Transcribed Image Text:Two questions are presented to a contestant on a show. The contestant is to attempt both questions and can start with either question 1 or 2. No matter which question he starts with, he must answer the question correctly before the other question can be attempted. Suppose the probability is qi that he correctly answers question i (that is q for correctly answering question 1 and q2 for correctly answering question 2. Furthermore, for a correct answer, the contestant receives W dollars (that Wi for correctly answering question 1 and W2 for correctly answering question 2). Assume that knowing the answer to one question is independent of knowing the answer to the second question. What is the pmf of X, the contestants winnings, if he started with question 1? What is the pmf of X the contestants winnings, if he started with question 2?
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