During the early morning hours, customers arrive at a branch post office at an average rate...

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During the early morning hours, customers arrive at a branch post office at an average rate of 45 per hour (Poisson), while clerks can handle transactions in an average time (exponential) of 4 minutes each. Fill in the following information: Lq = Avg Number in Line Wq = Avg Time in Line Ws = Avg Time in System For M = 7: Lq = 0.028 Wq = 0.0006 Hours Wq Ws = 4.0373 Minutes = 0.0373 Minutes For M = 6: Lq = Wq = Wq = 0.132 Minutes Ws = A A Hours A/ Minutes During the early morning hours, customers arrive at a branch post office at an average rate of 45 per hour (Poisson), while clerks can handle transactions in an average time (exponential) of 4 minutes each. Fill in the following information: Lq = Avg Number in Line Wq = Avg Time in Line Ws = Avg Time in System For M = 7: Lq = 0.028 Wq = Wq = 0.0373 Minutes Ws = 4.0373 Minutes = 0.0006 Hours For M = 6: Lq = Wq = Wq= = 0.132 Minutes Ws = A A/ Hours A Minutes During the early morning hours, customers arrive at a branch post office at an average rate of 45 per hour (Poisson), while clerks can handle transactions in an average time (exponential) of 4 minutes each. Fill in the following information: Lq = Avg Number in Line Wq = Avg Time in Line Ws = Avg Time in System For M = 7: Lq = 0.028 Wq = 0.0006 Hours Wq Ws = 4.0373 Minutes = 0.0373 Minutes For M = 6: Lq = Wq = Wq = 0.132 Minutes Ws = A A Hours A/ Minutes During the early morning hours, customers arrive at a branch post office at an average rate of 45 per hour (Poisson), while clerks can handle transactions in an average time (exponential) of 4 minutes each. Fill in the following information: Lq = Avg Number in Line Wq = Avg Time in Line Ws = Avg Time in System For M = 7: Lq = 0.028 Wq = Wq = 0.0373 Minutes Ws = 4.0373 Minutes = 0.0006 Hours For M = 6: Lq = Wq = Wq= = 0.132 Minutes Ws = A A/ Hours A Minutes

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SOLUTION To calculate Lq Wq and Ws for M 6 we need to use the formulas for the MM1 queueing system L... View the full answer