a. Is the problem balanced? Supply by 300 units no b. What is the total transportation cost [Select $67,590 $48,239 $65,925 $45,827 $66,892 If so/not, which area needs to be balanced
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- The solution to this problem is shown below. Use it to answer parts (b) through (e). Transportation Problem Optimal Transportation Schedule To Destination From From Origin 1 оооо 2 3 3 1 2 11 19 0 0 0 9 0 0 Origin Excess Supply 34 16 0 6 Total Transportation Cost or Revenue is 347 Note: The Total Supply Exceeds The Todal Demand By 16 0 3 (b) How many chairs are moved from Baker to Business? (c) How many chairs are moved from Tirey to Parsons? (d) How many chairs are moved from Arena to Education? (e) Which site(s) has (have) chairs left? (Select all that apply.) Baker Hall Tirey Hall Arena Business Education Parsons Hall Holmstedt Hall9. Solve the following transportation problem using Excel. Factory A E K Demand B 6 5 8 35 Warehouse C 8 11 9 28 D 8 9 7 32 M 5 7 13 25 Supply 30 40 501. Read each of the following statements and determine which method of transportation is the best option. Provide a reason for your choice. Oil shipping from an oil field in Oklahoma to a refinery in Houston, Texas. a. b. Corn transported from a farm to a local grain elevator. C. Farm equipment manufactured in Canada transported to a warehouse in Wisconsin. d. Cut flowers sent from Hawaii to California.
- True or false 3.2 suppliers of raw materials areparticipants in transportation.(d) Which warehouse will experience shortage? How much is the shortage? (e) Is there an alternative optimal solution? Why? (c) Calculate the minimum transportation cost. (b) Determine the quantity of wheels that should be shipped from each plant to each warehouse to minimise the total transportation cost. CHAPTER 5 TRANSPORTATION MODEL To Distribution Centre From N P. Сарacity 8. 6. 10 13 150 B. 11 6. 9. 12 120 Demand 50 80 60 60 (a) Find an initial solution. (b) Determine an optimal solution and the minimum transportation cost. (c) Which factory will have the surplus? How much is the surplus? (d) Is there an alternative optimal solution? 6. A manufacturer produces sport wheels at three plants located at towns A, B, and C. The wheels are sent to three warehouses located at T, X, Y, and Z. The plant in Town A has 400 units available each month, Town B has 300 units, and Town C has 300 units. The requirements of warehouses at T, X, Y, and Z are 300, 300, 240, and 200 respectively. The…1. a) Consider the following maximization transportation problem. Find the optimal solution and value. b) Do a sensitivity analysis on C₁2 Origin 1 2 3 4 Demand 12 13 5 8 1 80 13 17 6 12 Destination 2 120 11 8 4 3 3 70 Dummy Supply 0 0 0 0 50 320 100 150 40 30 320
- 2) Using the cost table of the transportation problem shown below, do the following: a) Develop the appropriate LP model of the problem. WAREHOUSE PLANT A B C D DEMAND 1 5 10 7 20 200 2 3 12 5 25 400 3 8 10 10 18 600 4 7 8 12 30 1000 SUPPLY 200 500 300 10001. A company would like to develop an aggregate plan and evaluate its cost using the transportation method. Solve using Excel of the QM software. Note: do not do this manually Related data are shown in the tables below Demand forecast Period Demand (Unit) 1 80 2 90 3 40 Supply Capacity available (units) Regular time 40 65 30 Period 1 2 3 Other Data Beginning Inventory Regular-time cost per unit Overtime cost per unit Subcontract cost per unit Carrying cost Overtime 20 12 10 30 R 100 R 150 R 200 R 5 Subcontract 10 5 5SOLVE STEP BY STEP DONT USE CHATGPT A supplier has three plants (A, B and C) with available capacity of 100, 50 and 200 units respectively. Distribute your product to 4 destinations (1, 2, 3 and 4). 1. Find the minimum cost transportation shipping plan 2. Explain the results Plant A B C Demand 1 110 10 20 12 Destination 2 90 20 50 28 3 30 40 16 4 Offer 29 120 80 50 23 100 50 200
- The Bright Company wants to figure out the best way to ship their new product, Flying Widgets, from their factories through their warehouses to their retail outlets. They would like to set up a Transhipment table so they can use POM to find the least cost shipping routes. They have hired you to set up the Transhipment table based on the information below. You will be paid handsomely if you can come up with the correct table. Shipping Costs Shipping Costs 01 02 03 04 Wi W2 W3 W1 4. 2 F1 4 W2 4 F2 4 2 W3 4. 3. 4. Also, Flying Widgets can be shipped from Factory 1 to Factory 2 for $3 per unit. Factory 1 can produce 300 units and factory 2 can produce 100 units. Outlet 1 demand is 50 units, Outlet 2 is 150 units, Outlet 3 is 100 units, and Outlet 4 is 100 units.Q1) (i) Briefly discuss how logistics contributes to time and place utility? (ii) Briefly discuss how a particular logistics system can be effective but not efficient? Give two examples.Find the Initial Basic feasible solution (Total Cost) by using Vogel's Approximation method. Warehouse Factory X D B C 2 5 2 Y 2144 Z 2 3 4 3 Demand 13 12 16 19 153 174 123 A 3 O 144 Supply 15 24 21