PERSON IIPERSON IIPERSON IVPERSON VPERSON I1011TASKA311410TASK BTASK C534.7TASK DTASK E24.6.WHICH OF THE FOLLOWING IS TRUE ABOUT THE PROBLEM?O Optimal assignment cannot be achieved yet.O Optimal assignment can now be achievedO A minimum of three lines are needed to cross-out all zeroesO Person IV can be assigned to one of TASK C, TASK D, or TASKE.3.

Assignment problem is a tool used by operations and project managers for optimizing costs. It is…

Answered: PERSON II PERSON II PERSON IV PERSON V…

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...

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Pls solve this question correctly in 5 min i will give u like Question # 2 A company produces two products, A and B. The sales volume for product A is at least 40% of the total sales of the two products. Both products use the same raw material, of which the daily availability is limited to 200 kg. Products A and B use this raw material at the rates of 5 kg/unit and 2 kg/unit, respectively. The sales prices for the two products are $50 and $20 per unit. Determine the following: a)Optimum volume of each product to be produced? b)What impact does the production mix have, in case the sales price of Product B decreases by 50%?
00:53:53 C k TB Problem Qu. 5-114 (Algo) Mccabe Corporation uses the weighted-average... for September. Mccabe Corporation uses the weighted-average method in its process costing. The following data pertain to its Assembly Department Mc Graw Hill control Work in process, September 1 Units started into production during September Units completed during September and transferred to the next department Work in process, September 30 Equivalent units of production Q A 2 Required: the weighted-average method. Compute the equivalent units of production for both materials and conversion costs for the Assembly Department for September using Z option W S # 3 X F3 Materials E H command D $ 4 DOD DOO F4 Conversion R C do 5 % F U * 8 N DII F8 Units 800 8,200 7,300 1,700 ( 9 F9 K M 0 Materials 55% F10 Percent Complete 75% L H P F11 > Help command Conversion 10% 25% + 11 Save & Exit 2 F12 option 2 Sub dele
4. Use Smith's rule to solve the problem 1 || F subject to Tx <4 with data: Job Processing time Due date 3 5 1 4 7 2 9. 3 8 33 13 22 31 38 14 Then, find the optimal mean flow time.
Quorex is evaluating two mutually exclusive projects. Project A has a net investment of $50,000 and net cash flows over a six-year period of $13,000 per year (NOTE: that project requires a reinvestment with the same cost and cash flow for another six years). Project B has a net investment of $48,500, but its net cash flows of $8,740 per year will occur over a 12-year period. If Quorex has a cost of capital of 14% for these projects, which project, if either, should be chosen, and what is its NPV?
The following is a payoff an Electronic Company's Product The State of Nate Decision Alternative 0.69 0.31 S2 D1 14 D2 13 D3 11 The Expected values for the payoff table as follows: E(D1= 5.72 EID2)= 11.45 EID3) 9.14 What should be the payoff value for the D2 under S1 to keep the solution.or Clek Sne and Sub to abeit Cliok Soella e all ao
Please do not give solution in image formate thanku. There are four critical paths in a network. A-B-C-D-E, A-F-E, A-B-H-J-K-E and A-S-T-E. Each activity in this network can be crashed by a maximum of 4 weeks. The crashing cost (per week), for the first week (crashing first time), for activity A is: $400, E is $415 and all other activities is : $100 (per week per activity). The crashing cost, second week and onwards(crashing second time), for activity A is $1000 per week, E is $1200 per week and for all other activities is $200 per activity per week. You have a maximum crashing budget of $2505. The maximum possible reduction in the project duration will be: a. 2 weeks b. 3 weeks c. 4 weeks d. 5 weeks e. 6 weeks
2 The university is scheduling cleaning crews for its ten buildings. Each crew has a different cost and is qualified to clean only certain buildings. There are eight possible crews to choose from in this case. The goal is to minimize costs while making sure that each building is cleaned. The management science department formulated the following linear programming model to help with the selection process. Min 250x1 + 260x2+ 240x3+ 300x4 + 230x5 + 270x6 + 280x7 + 250xg s.t. x1 + x2 + x5 + x7 2 1{Building A constraint} X1 + X2 + x3 1{Building B constraint) X6 + xg Z 1{Building C constraint) X1 + X4 + x7 2 1{Building D constraint) x2 + x7 Z 1{Building E constraint) X3 + Xg 2 1{Building F constraint) > 1 (Building G constraint) X1 + X4 + x6 2 1 (Building H constraint) X1 + X4 + Xg 2 1 (Building I constraint} X1 + X2 + x7 1{Building J constraint) X2 + X5 + X7 | 1, if crew j is selected "j-l0, otherwise Set up the problem in Excel and find the optimal solution. a. What is the cost of the…
Use the given tasks and predecessors for this problem. The required cycle time is 25 seconds and tasks are assigned to workstations using the "longest task time" rule to break any ties. If task A is assigned to Workstation 1, what is the next task that should be assigned to Workstation 1? (slide 28) Task Time (sec) Predecessor(s) A 20 none B. 30 C 10 D. 20 В. С Task B O None. Workstation 1 should only have Task A assigned. O Task C O Task D
You want to assign a set of jobs to a set of machines. The following table provides data as to the production/day of each machine when performing a particular job. Machine Job A В C D 140 | 180 | 160 | 200 210 | 195 || 140 | 120 220 | 170 | 180 | 125 185 230 | 100 | 160 1 2 3 4 Determine the best assignment of jobs to. What is the resulting total production of the assignment?
Environment Recycling, Inc. must clean up a large automobile tire dump under a state environmental cleanup contract. Suppose that some of the activities in the Environment Recycling, Inc. project can be crashed.The table below shows the crash times and costs associated with performing the activities at their original (normal) times and also for the crash times (all times are in weeks). Normal Crash Normal Crash Activity Predecessor(s) Time Time Cost Cost A — 6 5 $490 $640 B A 9 7 1,800 2,400 C A 8 7 860 1,060 D — 7 6 620 920 E B, C, D 9 7 1,900 2,300 F D 4 2 820 1,320 G D 4 3 620 870 H E 5 4 500 710 I F, G, H 7 5 950 1,550 Choose the correct network for the project. The correct network is C . Identify the critical path. The critical path is A-B-E-H-I. What is the total project completion time? Round your answer to the nearest whole number. ___ weeks What is the lowest cost solution if…
Amanufacturer is designing a product layout for a new product production. It plans to use a production line for 8 hours per day in order to meet forecasted demand of 150 units per dayThe product requires 7 tasks in total. These tasks are namely, ABC, DE, Fand GrespectivelyTask A does not have any predecessor to start. To start Task B, it requires Task A to be completedStarting tasks C needs, the task B to be completed. Also starting task D needed task B to be completed. Task E can only start upon completion of Task C. Whereas starting task F needs the completion of both the tasks and E. Finally, starting task G needed, task F to be completed. The processing times for tasks, AB 3, C, D, E, F , and Gare are2.4,2.2,0.9, . 10.12. 1.8. are 1.5 minutes respectively. What should be the cycle time in minutes? .4.80 O2.67. c 4.56 d is the correct answer e3.20
The client of a project has requested the project team to crash 8 hours of time. The table below provides the necessary information about the possible project crashing. (a) What is the crash cost for 8 hours of time-savings?(b) Assume the team calls the client and asks for a project extension, reducing the amount of time they need to crash. The project team has a $20 crash budget. Is the budget sufficient to crash 4 hours of time?

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