1) A company has 4 warehouses (WH) and 5 stores (S). The commodity in warehouses and...

 

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1) A company has 4 warehouses (WH) and 5 stores (S). The commodity in warehouses and stores can be divided as follows: WH1:50, WH2:60, WH3:50 and WH4:50 whereas Sl:30, S2:20, S3:70, S4:30;S5:60. Use the given data below and find feasible solution as well as the cost associated with each by conducting both Vogel Approximation Method (VAM) and North West Corner (NWC). Briefly explain the case. Store 1 3. 16 16 13 22 17 2 14 14 13 19 15 Warehouses 3. 19 19 20 23 27 4. M M 1) A company has 4 warehouses (WH) and 5 stores (S). The commodity in warehouses and stores can be divided as follows: WH1:50, WH2:60, WH3:50 and WH4:50 whereas Sl:30, S2:20, S3:70, S4:30;S5:60. Use the given data below and find feasible solution as well as the cost associated with each by conducting both Vogel Approximation Method (VAM) and North West Corner (NWC). Briefly explain the case. Store 1 3. 16 16 13 22 17 2 14 14 13 19 15 Warehouses 3. 19 19 20 23 27 4. M M