The weekly output of a fabrication process is shown below, together with data for labor and material inputs. > Standard selling price is $125 per unit. > Overhead is charged weekly at the rate of $1,500 plus 0.5 times direct labor cost. > Assume a 40-hour week and an hourly wage of $16. > Material cost is $10 per foot. What is the average multifactor productivity? Week 1 Output Workers Materials 392 6 2720 408 7 2790 O 1.427 O 1.422 0 1.412 1.417 Question 6 1 pts The international space station has two key subsystems, Subsystem 1 and Subsystem 2. The characteristics of each are below: Sub-System 1 has a main components (A), along with a backup component (B). in case A fails. Either one must work for the subsystem to operate: - Reliability of Component A = 99% - Reliability of Component B = 98% Sub-System 2 has three components (C and D and E). only 1 of which must work, for the subsystem to operate: - Reliability of Component C = 84% Reliability of Component D = 90% - Reliability of Component E = 95% The space station must have both subsystems operational to work effectively. What is the reliability of overall system (combination of both sub systems)? O 0.99975 O 0.93246 O 0.99900 O 0.99995 098500 Assuming the following deseasonalized demand, what would your Level and Trend FORECAST factors be for future deseasonalized demand estimates? (Hint, you might want to use excel for this) Quarter period Demand Deseasonalized Demand Dt Dt I 1 II 2 3 III IV 4 5 1 = = = 1 = 3200 7658 4420 2384 3654 8680 5695 1953 4742 13673 6640 2737 3486 13186 5448 3485 7728 16591 8236 3316 5814 6054 6427 6564 6672 7660 8624 8905 8828 8545 8272 8200 9012 10253 11261 11686 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 III IV 1 II IV 1 II III IV Level = 4696; Trend = 343 Level = 3612; Trend = 264 Level = 2528; Trend = 185 O Level = 4696; Trend = 343