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A man invites a friend to meet him for lunch. If they each arrive a.pdf
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A man invites a friend to meet him for lunch. If they each arrive at the agreed upon spot independently and at a randomly chosen time between 11:15AM and 11:45AM, what is the probability that one of them will have to wait more than ten minutes? Solution okay so 11:15 to 11:45 is 30 mins so if one man shows up any time in between there before 11:35 then the other man would have to show up some where in a 10 to 20 min section of time following him to be 10 or more mins later then the first man. Prob= 2/3 that one man would have to wait more than 10 min.
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A man invites a friend to meet him for lunch. If they each arrive a.pdf
- A man invites a friend to meet him for lunch. If they each arrive at the agreed upon spot independently and at a randomly chosen time between 11:15AM and 11:45AM, what is the probability that one of them will have to wait more than ten minutes? Solution okay so 11:15 to 11:45 is 30 mins so if one man shows up any time in between there before 11:35 then the other man would have to show up some where in a 10 to 20 min section of time following him to be 10 or more mins later then the first man. Prob= 2/3 that one man would have to wait more than 10 min
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