Choose the correct option from those given below.Match the following queuing system parameters with their correct explanation.List 1 List 2A. Total work content 1. Line inefficiency that results from the idle timedue to imperfect allocation of tasks between stationsB. Balance delay 2. The time interval of the products coming off the lineC. Work process time 3. Aggregate of the total work to be done on the lineD. Cycle Time 4. Sum of the time that the product spends at each station A-1, B-4, C-2, D-3A-2, B-3, C-4, D-2A-3, B-1, C-4, D-2A-4, B-1, C-3, D-2

Choose the correct option from those given below.Fill in the blank.A produced line can be called balanced only when ________. The processing or operating time at each station is the sameThe waiting or idle time at each station is the sameThere is an equal number of operators at each station

Ten basic tasks must be performed on an assembly line to manufacture a product. The demand forthe product is 60 units per day and the line is available 8 hours per day. The time to perform eachtask and the immediate predecessors are shown below:a) Draw a precedence diagram of this operation. b) Compute the cycle time for this operation. c)What is the theoretical minimum number of workstations? d) Assign tasks to workstations tominimize idle time. e) What is the idle time of the process? f ) What is the efficiency of theassembly line, given your answer in (d)?

The goal of queuing analysis is to minimize the total cost by establishing a capacity level that balances which two costs?Multiple ChoiceCost of service capacity and the cost of providing a comfortable waiting space for customersCost of service capacity and the revenue generated from the serviceCost of service capacity and the cost of customers waitingCost of hiring service staff and the holding costs associated with customers waiting

Ignoring your calculations in (A) and (B), compute:a. the manufacturing overhead allocation rate for each activity using ABC,b. the cost to produce one unit of each product line, andc. the profitability of per unit of each product line.

Utilization factor of a queuing system is defined as the ratio of the rate at which work enters the system to the average rate at which the system can perform this work a. True b. False