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Additional Algo 5-17 Multiple Flow Units Applications are scanned in a process with a single resource. There are two types of applications. The resource's processing time for the first type is 120 seconds and demand for this type is 1.4 applications per minute. The resource's processing time for the second type is 30 seconds and demand for this type is 1 applications per minute. There are 5 workers at this resource. Instruction: Round your answer to one decimal place What is the implied utlzation (\%) of this resource? Additional Algo 5-14 Implied Utilization Applications are scanned in a process with two resources. The processing times for the resources are 160 and 350 seconds. The first resource has 1 worker and the second resource has 1 worker. Demand occurs at the rate 0.22 Applications per minute. Instruction: Round your answer to one decimal place What is the impled utilization (\%) of the first resource? Additional Algo 16-9 Queues when Demand and Service Rates Are Variable - One Server In a queueing system, customers arrive once every 7 hours (standard deviation = 5) and services take 6 hours (standard deviation = 5.7 (Do not round intermediate calculations. Round your answer to three decimal places.) What is the average number of customers in the system? customers PA 2-9 A Rhode Island company produces... A Rhode Island company produces communion wafers for churches around the country and the world. The little company produces a lot of wafers, several hundred million per year. When in production, the process produces wafers at the rate of 117 per second. During this production process the wafers must spend 11 minutes passing through a cooling tube. How many wafers does the cooling tube hold on average when in production (in other words, don't count the time they are not in wafers production)? Additional Algo 1612 Queues when Demand and Service Rates Are Variable - Multiple Servers At the stadium, there are nine lines for arriving customers, each staffed by a single worker. The arrival rate for customers is 130 per minute and each customer takes (on average) 3 seconds for a worker to process. The coefficient of variation for arrival time is 1 and the coefficient of variation for service time is 1. (Round your answer to three decimal places) On average, how many customers will be waiting in the queue? customers