The Hand-in Assignments

Untitled Document 1 of 4 https//elearning. uol. ohecampus. com/bbcswebdav/ institution/UKL1/C WEEK 6 appellationS Print Page Use the links downstairs to jump directly to the related information. Hand-in Assignment Individual Project HAND-IN ASSIGNMENT Hand-in Assignments atomic number 18 one way for you to demonstrate your learning. The Hand-in Assignments provide an opportunity to habituate concepts and strategies to an au and sotic context. Typically, Hand-in Assignments be written written document or computer programs that are submitted to the Instructor.They require you to pull together information from the workweekly Learning Resources, the countersign and your own experiences to address an issue from the perspective of a real-world situation. Un slight otherwise noned, the papers you write in Hand-in Assignments must follow Harvard Referencing Style reference and cite guidelines. You must submit your answers to the following Hand-in Assignment (HA) questions by the en d of daylight 7 (Wednesday). Answers will be submitted to the weekly Assignments area, but are not to be posted in the module Discussion Board. Question 1 Activity Mean durationStd. dev. ( geezerhood) A 11 0. 9 B 13 1. 1 C 7 0. 2 D 9 0. 8 E 6 1 F 7 1. 2 G 10 0. 7 H 9 0. 6 11/04/2013 952 AM Untitled Document 2 of 4 https//elearning. uol. ohecampus. com/bbcswebdav/institution/UKL1/C I 8 0. 8 bow 1 arrant(a) the following 1. Calculate the project completion time. 2. Indicate the critical route activities. 3. What is the probability of completing this project between 38 and 40 days? 4. What are the slack values for activities C and F? Interpret the kernel of their slack values? Question 2 A registered nurse is difficult to develop a diet plan for patients.The required nutritional elements are the be day-to-day requirements of each nutritional element as indicated in Table 2 Required nutritional element total and chance(a) requirements Calories Not more than 2,700 calories Carbo hydrates Not more than 300 grams Protein Not less than 250 grams Vitamins Not less than 60 units Table 2 The nurse has foursome basic types to mathematical function when planning the menus. The units of nutritional element per unit of food type are shown in Table 3 below. Note that the court associated with a unit of ingredient also appears at the bottom of Table 3.Required nutritional element and units of nutritional elements per unit of food type ingredient Milk Chicken Bread Vegetables Calories 160 210 120 150 Carbohydrates one hundred ten one hundred thirty 110 120 Protein 90 190 90 130 Vitamins 50 50 75 70 Cost per unit ?0. 42 ?0. 68 ?0. 32 ?0. 17 Table 3 Moreover, due to dietetical restrictions, the following aspects should also be considered when developing the diet plan 1. The whiner food type should contribute at most 25% of the total caloric intake that will result from the diet plan. 2. The vegetable food type should provide at least 30% of the minimum daily requ irements for vitamins.Complete the following Provide a linear programming formulation for the preceding(prenominal) case. (You do not need to solve the caper. ) 11/04/2013 952 AM Untitled Document 3 of 4 https//elearning. uol. ohecampus. com/bbcswebdav/institution/UKL1/C Save your Assignment as a . doc, . docx, or . rtf file and wont the Turnitin link below to submit it. Return to top INDIVIDUAL see to it T he purpose of this simulation project is to provide you with an opportunity to use the POM-QM for Windows software to solve a linear programming job and perform sensitivity analysis.POM-QM for Windows software For this part of this project, you will need to use the POM software 1. Read Appendix IV of the O perations oversight (Heizer &038 deliver, 2011) textbook. 2. Install and launch the POM-QM for Windows software and from the main menu select Module, and then Linear Programming. Note You can retrieve the POM-QM for Windows software from either the compact disc read-only memory that accompanied your Heizer and Render (2011) textbook. 3. Program the linear programming formulation for the problem below and solve it with the use of POM. Refer to Appendix IV from the Heizer and Render (2011) textbook. ) Note Do not program the non-negativity constraint, as this is already fancied by the software. For additional support, please reference the POM-QM for Windows manual provided in this weeks Learning Resources. Individual Project problem A blind drunk uses threesome implements in the manufacturing of three wares Each unit of product 1 requires three hours on implement 1, two hours on car 2 and one hour on machine 3.Each unit of product 2 requires four hours on machine 1, one hour on machine 2 and three hours on machine 3. Each unit of product 3 requires two hours on machine 1, two hours on machine 2 and two hours on machine 3. The contribution margin of the three products is ? 30, ? 40 and ? 35 per unit, respectively. Available for scheduling are 90 hours of machine 1 time 54 hours of machine 2 time and 93 hours of machine 3 time. The linear programming formulation of this problem is as follows Maximise Z = 30X1 + 40X2 + 35X3 3X1 + 4X2 + 2X3