The probability of getting cancer has been shown to have an approximately lincar relationship with the number of cigarettes smoked. Enter the array [5 2 14 79 11] into MATLAB command window, which represents the number of cigarettes smoked each by a group of six smokers. Assuming that the relationship between smoking and cancer risk is cancer probability 0.23 x number of cigarettes +0.8 perform the following operations: 1. Compute the probability of each of the six smokers getting cancer. 2. Replace the second element of the array with the number 12, then recompute the probabilities for the entire array. 3. Add a new number 20 to the end of the array, and recompute all probabilities again.

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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The probability of getting cancer has been shown to have an approximately linear
relationship with the number of cigarettes smoked.
Enter the array [5 2 14 79 11] into MATLAB command window, which represents
the number of cigarettes smoked each by a group of six smokers. Assuming that the
relationship between smoking and cancer risk is
cancer probability 0.23 x number of cigarettes +0.8
perform the following operations:
1. Compute the probability of each of the six smokers getting cancer.
2. Replace the second element of the array with the number 12, then recompute the
probabilities for the entire array.
3. Add a new number 20 to the end of the array, and recompute all probabilities
again.
Transcribed Image Text:The probability of getting cancer has been shown to have an approximately linear relationship with the number of cigarettes smoked. Enter the array [5 2 14 79 11] into MATLAB command window, which represents the number of cigarettes smoked each by a group of six smokers. Assuming that the relationship between smoking and cancer risk is cancer probability 0.23 x number of cigarettes +0.8 perform the following operations: 1. Compute the probability of each of the six smokers getting cancer. 2. Replace the second element of the array with the number 12, then recompute the probabilities for the entire array. 3. Add a new number 20 to the end of the array, and recompute all probabilities again.
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