A room contains 25 people who would respond differently to a yes/no question, if asked. Room: • 25 total people •13 people would say, "Yes." •12 people would say, "No." You randomly sample 9 people from the room and record each person's response (yes or no). Sampling is done WITHOUT replacement. Compute the probability that everyone in the sample gives the same response. You can enter each solution as a mathematical expression or a number in decimal form with 5 decimal places included.

A First Course in Probability (10th Edition)
10th Edition
ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
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Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...
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A room contains 25 people who would respond differently to a yes/no question, if asked.
Room:
• 25 total people
•13 people would say, "Yes."
• 12 people would say, "No."
You randomly sample 9 people from the room and record each person's response (yes or no).
Sampling is done WITHOUT replacement.
Compute the probability that everyone in the sample gives the same response.
You can enter each solution as a mathematical expression or a number in decimal form with 5
decimal places included.
Transcribed Image Text:A room contains 25 people who would respond differently to a yes/no question, if asked. Room: • 25 total people •13 people would say, "Yes." • 12 people would say, "No." You randomly sample 9 people from the room and record each person's response (yes or no). Sampling is done WITHOUT replacement. Compute the probability that everyone in the sample gives the same response. You can enter each solution as a mathematical expression or a number in decimal form with 5 decimal places included.
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