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. 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 6 units/hr Stage 2 is 6 units/hr Stage 3 is 15 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 A is 20 units/hr Stage B is 10 units/hr Stage C is 11.71 units/hr Stage 1 is 10 units/hr Stage 2 is 40 units/hr Stage 3 is 15 units/hr What is the utilization of Stage C ? (Hint: Utilization = flow rate x processing time of Resource 3.) 11.43%83.3%100%30%68% Question 3 What is the utilization of Stage A? (Hint: Utilization = flow rate /resource capacity) 83%100%25%50%90% 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. Move one worker from Stage A to Stage B. Add one worker to Stage B. Do nothing. Add another identical machine to Stage C

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