Question: Consider a 3-stage sequential batch process. Assume there exists unlimited demand for the product. The resource at Stage C is a machine that needs a

Consider a 3-stage sequential batch process.
Consider a 3-stage sequential batch process.
Consider a 3-stage sequential batch process.
Consider a 3-stage sequential batch process.
Consider a 3-stage sequential batch process. Assume there exists unlimited demand for the product. The resource at Stage C is a machine that needs a setup each time it produces a batch of 80 units. What are the capacities of Stages A,B, and C in units per hour? Stage 1 is 10 units/hr Stage 2 is 40 units/hr Stage 3 is 15 units/hr Stage A is 20 units/hr Stage B is 10 units/hr Stage C is 11.71 units/hr Stage A is 10 units/hr Stage B is 40 units/hr Stage C is 11.71 units /hr Stage A is 10 units/hr Stage B is 20 units/hr Stage C is 11.71 units /hr Stage 1 is 6 units/hr Stage 2 is 6 units/hr Stage 3 is 15 units/hr What is the utilization of Stage A? (Hint: Utilization = flow rate /resource capacity) 100% 25% 90% 83% 50% Suppose the batch size is 80 . Which of the following will increase process capacity? 1. Add one worker to Stage B. 2. Move one worker from Stage A to Stage B. 3. Add another identical machine to Stage C. 4. Do nothing. Add one worker to Stage B. Do nothing. Add another identical machine to Stage C. Move one worker from Stage A to Stage B

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