Question
If the arrival rate of customers entering into a system is 4 per hour (assume Poisson Distribution), the service rate is 5 per hour (assume
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If the arrival rate of customers entering into a system is 4 per hour (assume Poisson Distribution), the service rate is 5 per hour (assume exponential distribution) and there are 2 channels operating within the multichannel single-phase model, what is the probability of zero customers in the system?
0.429
0.500
0.556
0.600
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If the arrival rate of customers entering into a system is 3 per hour (assume Poisson Distribution), the service rate is 6 per hour (assume exponential distribution) and there are 3 channels operating within the multichannel single-phase model, what is the probability of zero customers in the system?
0.606
0.651
0.564
0.687
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If the arrival rate of customers entering into a system is 2 per hour (assume Poisson Distribution), the service rate is 5 per hour (assume exponential distribution) and there are 4 channels operating within the multichannel single-phase model, what is the probability of zero customers in the system?
0.472
0.606
0.652
0.670
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