The number of cars entering a tunnel leading to an airport in a major city over a period of 200 peak hours was observed, and the following data were obtained. Find the empirical probability distribution for this experiment. (Round your answers to three decimal places.) Number of Frequency of Occurrence Cars, x Probability 0 < x s 200 200 < x s 400 400 < x s 600 600 < x s 800 14 21 39 69 800 < x s 1000 38 1000
The number of cars entering a tunnel leading to an airport in a major city over a period of 200 peak hours was observed, and the following data were obtained. Find the empirical probability distribution for this experiment. (Round your answers to three decimal places.) Number of Frequency of Occurrence Cars, x Probability 0 < x s 200 200 < x s 400 400 < x s 600 600 < x s 800 14 21 39 69 800 < x s 1000 38 1000
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 11ECP: A manufacturer has determined that a machine averages one faulty unit for every 500 it produces....
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Transcribed Image Text:The number of cars entering a tunnel leading to an airport in a major city over a period of 200 peak hours was observed,
and the following data were obtained. Find the empirical probability distribution for this experiment. (Round your answers
to three decimal places.)
Number of
Cars, x
Frequency of
Occurrence
Probability
0 < x s 200
200 < xs 400
400 < x s 600
600 < x s 800
800 < x s 1000
14
21
39
69
38
1000 < x
19
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