Q4 telephone switch with 3 circuits (servers) is modeled as an M/M/C queuing system with respective call arrival and departure rates equal to 75 call/s and 100 call/s. If 47.196 is the probability...


Q4<br>telephone switch with 3 circuits (servers) is<br>modeled as an M/M/C queuing system with<br>respective call arrival and departure rates equal to<br>75 call/s and 100 call/s. If 47.196 is the probability<br>that the switch is idle (has no calls), then the<br>probability that customers have to wait before<br>serving their call is equal to [Pr] 96. Report your<br>answer as a percentage rounded to one digit after<br>the decimal point.<br>

Extracted text: Q4 telephone switch with 3 circuits (servers) is modeled as an M/M/C queuing system with respective call arrival and departure rates equal to 75 call/s and 100 call/s. If 47.196 is the probability that the switch is idle (has no calls), then the probability that customers have to wait before serving their call is equal to [Pr] 96. Report your answer as a percentage rounded to one digit after the decimal point.

Jun 10, 2022
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