WebIn addition to set on distribution of goods, methods transportation can also be used for other problems, such as scheduling in the process production in order to obtain the total processing time lowest, placement inventory to get total inventory cost smallest, or capital expenditure in order to get the greatest investment return. WebThe availability from Jaipur, Udaipur and Mumbai is 40, 60 and 70 units respectively. The demand at Kanpur, Pune and Delhi are 70, 40 and 60 respectively. The transportation cost is shown in the matrix below (in Rs). Use the Least Cost method to find a …
Transportation Method Example - Least Cost Method for Initial …
http://userhome.brooklyn.cuny.edu/bassell/teachingportfolio/images/7230BassellTransportationProblems.pdf WebQuestion: Example C2 The intuitive lowest-cost approach THE STEPPING-STONE METHOD 727 When we use the intuitive approach on the data in Figure C2 (rather than the northwest-corner rule) for our starting position we obtain the solution seen in Figure C.4. The total cost of this approach = $3 (100) + 53 (100) + 54/200) + 39 (300) = $4,100. danice name
(PDF) Case Study.Operation Management. Operation Research. Linear ...
http://www.jmpcollege.org/Adminpanel/AdminUpload/Studymaterial/TYBMS%20SEM%20VI%20OR%20STUDY%20MATERIAL.pdf WebNow, we can proceed with the North-west corner rule to find the initial feasible solution. Step 1: Consider the upper-left corner cell, which has the value 11. The minimum value of the corresponding cell’s supply and demand is 200. Step 2: The difference between the corresponding cell’s supply and demand from the minimum value obtained in ... WebStepping Stone Using Lowest Cost Method Table. The dot is where the loop starts. First Loop (Blue) = 4-3+7-6 = 2. Second Loop (Red) = 7-3+3-6 = 1. Third Loop (Green) = 3-2+3-3 = 1. Fourth Loop (Orange) = 8-6+6-3 = 5 There's no negative number so it is on the optimum cost. Optimum Cost is the same in the answer of the Intuitive Lowest-Cost ... tom stevanja