Asked by snoqu
Challenge Seven different names were put into a hat. A name is chosen 115 times and the name Maya is chosen 19 times. What is the experimental probability of the name Maya being chosen? What is the theoretical probability of the name Maya being chosen? Use pencil and paper. Explain how each probability would change if the number of names in the hat were different.
Question content area bottom
Part 1
The experimental probability of choosing the name Maya is
StartFraction 19 Over 115 EndFraction
.
(Type an integer or a simplified fraction.)
Part 2
The theoretical probability of choosing the name Maya is
enter your response here.
(Type an integer or a simplified fraction.)
All Answers 1
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Part 1: Experimental probability = 19/115.
Part 2: Theoretical probability = 1/7.
Explanation: The experimental probability is based on the observed frequency (19 out of 115) so it stays 19/115 for this experiment regardless of how many names are in the hat. The theoretical probability assumes all names are equally likely; with 7 different names it is 1/7. If the number of names were changed to k distinct names, the theoretical probability would become 1/k (and repeated experiments would have an experimental probability that should approach 1/k as the number of trials grows).
Part 2: Theoretical probability = 1/7.
Explanation: The experimental probability is based on the observed frequency (19 out of 115) so it stays 19/115 for this experiment regardless of how many names are in the hat. The theoretical probability assumes all names are equally likely; with 7 different names it is 1/7. If the number of names were changed to k distinct names, the theoretical probability would become 1/k (and repeated experiments would have an experimental probability that should approach 1/k as the number of trials grows).
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