16-20

please answer the whole scenario below: SCENARIO: The process of a firm is as follows. Flow units enter at the rate of wait in line for Step A and then do Step A. Then about When flow units finish Step B. 25% go to wait in line for step B. go to Step C 65% 35% exit. The remaining 35% of the units leaving Step A go to Step C. So, Step C has two flows into it (from B and from A) About The remaining 40% units leaving step A go to Step D. After Step C. 80% of the flow units that went through Step C exit. The rest go to Step D. All flow units going to Step D go to Step E. So there are 2 flows into Step D (Step A, Step C), and 100% of units leaving Step F exit 3 100% of units going to Step E go to Step F On average 5 On average 2 10 On average 3.5 units are waiting for Step A and it takes units are waiting for Step B and it takes units are waiting for Step C and it takes units are waiting for Step D and it takes units are waiting for Step E and it takes units are waiting for Step F and it takes 3 2 1.25 On average On average On average 0.25 6 7 2 28 Create a process flow diagram of the above scenario in the space below. Be sure to label cach Activity (A, B etc) Be sure to show LR and T for each activity 6 What is the total number of flow units in this process? 1- 6 What is the average flow time of a job exiting this system? Taverage- 6 What is the average flow time of a job exiting after doing step B Taverage 6 What is the average flow time of a job exiting after doing step B? Taverage 16 17 18 19 20 units per minute. All units minutes to do Step A minutes to do Step B minutes to do Step C minutes to do Step D minutes to do Step E minutes to do Step F. please answer the whole scenario below: SCENARIO: The process of a firm is as follows. Flow units enter at the rate of wait in line for Step A and then do Step A. Then about When flow units finish Step B. 25% go to wait in line for step B. go to Step C 65% 35% exit. The remaining 35% of the units leaving Step A go to Step C. So, Step C has two flows into it (from B and from A) About The remaining 40% units leaving step A go to Step D. After Step C. 80% of the flow units that went through Step C exit. The rest go to Step D. All flow units going to Step D go to Step E. So there are 2 flows into Step D (Step A, Step C), and 100% of units leaving Step F exit 3 100% of units going to Step E go to Step F On average 5 On average 2 10 On average 3.5 units are waiting for Step A and it takes units are waiting for Step B and it takes units are waiting for Step C and it takes units are waiting for Step D and it takes units are waiting for Step E and it takes units are waiting for Step F and it takes 3 2 1.25 On average On average On average 0.25 6 7 2 28 Create a process flow diagram of the above scenario in the space below. Be sure to label cach Activity (A, B etc) Be sure to show LR and T for each activity 6 What is the total number of flow units in this process? 1- 6 What is the average flow time of a job exiting this system? Taverage- 6 What is the average flow time of a job exiting after doing step B Taverage 6 What is the average flow time of a job exiting after doing step B? Taverage 16 17 18 19 20 units per minute. All units minutes to do Step A minutes to do Step B minutes to do Step C minutes to do Step D minutes to do Step E minutes to do Step F