In a communication system the signal sent from point a to point b arrives by two paths in parallel. For path 1, the signal passes through two repeaters ( in series ). Each repeater has probability of failing ( becoming an open circuit ) of 0.1 . For path 2, the signal passes through one repeater with a probability of failing of 0.08. All repeaters fail independently of each other. Find the probability that the signal will not arrive at point b.

Algebra and Trigonometry (MindTap Course List)
4th Edition
ISBN:9781305071742
Author:James Stewart, Lothar Redlin, Saleem Watson
Publisher:James Stewart, Lothar Redlin, Saleem Watson
Chapter14: Counting And Probability
Section14.CT: Chapter Test
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4
In a communication system the
signal sent from point a to point b
arrives by two paths in parallel. For
path 1, the signal passes through two
repeaters (in series ). Each repeater
has probability of failing ( becoming
an open circuit ) of 0.1 . For path 2,
the signal passes through one
repeater with a probability of failing
of 0.08 . All repeaters fail
independently of each other. Find the
probability that the signal will not
arrive at point b.
0.0152
0.016
0.008
0.09
Transcribed Image Text:4 In a communication system the signal sent from point a to point b arrives by two paths in parallel. For path 1, the signal passes through two repeaters (in series ). Each repeater has probability of failing ( becoming an open circuit ) of 0.1 . For path 2, the signal passes through one repeater with a probability of failing of 0.08 . All repeaters fail independently of each other. Find the probability that the signal will not arrive at point b. 0.0152 0.016 0.008 0.09
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