Discrete Distributions Section Ticket Machine Setup Suppose you have a machine that randomly prints out tickets with numbers on them. 17% of the time the ticket has number 3. 24% of the time the...


Discrete Distributions Section<br>Ticket Machine Setup<br>Suppose you have a machine that randomly prints out tickets with numbers on them. 17% of the time<br>the ticket has number 3. 24% of the time the ticket has number 8. 37% of the time the ticket has<br>number 15. 22% of the time the ticket has number 22. There are no other ticket numbers. Let the<br>random variable X be the number on the ticket.<br>16. Flip five unfair coins where, for each coin, P(H) = 0.35 and P(T) = 0.65. Let X be the total number of<br>heads. Find P(X = 3), the probability of getting 3 heads.<br>А. О.1211<br>B. 0.1411<br>C. 0.1611<br>D. 0.1811<br>

Extracted text: Discrete Distributions Section Ticket Machine Setup Suppose you have a machine that randomly prints out tickets with numbers on them. 17% of the time the ticket has number 3. 24% of the time the ticket has number 8. 37% of the time the ticket has number 15. 22% of the time the ticket has number 22. There are no other ticket numbers. Let the random variable X be the number on the ticket. 16. Flip five unfair coins where, for each coin, P(H) = 0.35 and P(T) = 0.65. Let X be the total number of heads. Find P(X = 3), the probability of getting 3 heads. А. О.1211 B. 0.1411 C. 0.1611 D. 0.1811

Jun 10, 2022
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