0.4. Independently of it, the second file will be corrupted with probability 0.3.
(a) Compute the probability mass function (pmf) of X, the number of corrupted files.
(b) Draw a graph of its cumulative distribution function (cdf).
Tuesday, December 29, 2015
3.1. A computer virus is trying to corrupt two files. The first file will be corrupted with probability 0.4. Independently of it, the second file will be corrupted with probability 0.3. (a) Compute the probability mass function (pmf) of X, the number of corrupted files. (b) Draw a graph of its cumulative distribution function (cdf).
3.1. A computer virus is trying to corrupt two files. The first file will be corrupted with probability
0.4. Independently of it, the second file will be corrupted with probability 0.3.
(a) Compute the probability mass function (pmf) of X, the number of corrupted files.
(b) Draw a graph of its cumulative distribution function (cdf).
0.4. Independently of it, the second file will be corrupted with probability 0.3.
(a) Compute the probability mass function (pmf) of X, the number of corrupted files.
(b) Draw a graph of its cumulative distribution function (cdf).
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