Question: 1. Consider two digital fuel pumps A and B that could be used in a single gas station. Pump A has a mean effective

1. Consider two digital fuel pumps A and B that could be used in a single gas station. Pump A has a mean (Pump A)te: CTq: (Pump B) te: CTq: (b) Now assume that the or three pumps of B). Ce CT:_ C: 2. Ca Ca u: u:

1. Consider two digital fuel pumps A and B that could be used in a single gas station. Pump A has a mean effective process time of 4 minutes with squared-coefficient of variation of 0.5. Pump B has a mean effective time of 3 minute with squared-coefficient of variation of 5. (a) Assume that the arrival rate of cars is 0.2 car per minute with squared-coefficient of variation of 1. Which pump will have a longer average cycle time? (Hint: the number of machines, m, is 1.) (Pump A)te: CTq: (Pump B) te: CTq: (b) Now assume that the or three pumps of B). Ce CT:_ C: 2. Ca Ca u: u: CT: number of pumps in the gas station could be three (three pumps of A What will happen to cycle time if the arrival rate of cars is doubled?

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