Qualitative Method

Investment

Answer

Let

Lt = loan in period t t=1,2,3,4

It = investment in period t t=1,2,3,4

Max 1.1I4 -1.085L4

s.t.

I have tried to do the MS60 for those equation and it came out Not Feasible Solution. Could you please give me some points from the equation.

Canning Transport

Answer

Min 〖3X〗_AX+〖2X〗_AY+〖5X〗_AZ+〖9X〗_BX+〖10X〗_BY+〖5X〗_CX+〖6X〗_CY+〖4X〗_CZ

s.t.

Conclusion: The minimum cost for transportation is $900.

50 units should be shipped from A to X and

125 units should be shipped from A to Y

125 units should be shipped from C to Z

Source A has 25 units remain

Source B has 100 units remain

Source C has 25 units remain

From the table I think this is not the optimal solution because supply is greater than demand. I try to solve the problem by setting the dummy destination and the result is as follow.

Team works

Answer

Min 〖32X〗_11+〖35X〗_12+〖15X〗_13+〖27X〗_14+〖38X〗_21+〖40X〗_22+〖18X〗_23+〖35X〗_24+〖 41X〗_31+〖42X〗_32+〖25X〗_33+〖38X〗_34+〖45X〗_41+〖45X〗_42+〖30X〗_43+〖42X〗_44

s.t.

Conclusion: The minimum day is 131 days.

Team A should assign to Forecasting.

Team B should assign to Volunteers.

Team C should assign to Budgeting.

Team D should assign to Information.

In addition, I found this one that very easy to use from MS 60. I use function Assignment to solve this problem also. It came out with the same answer as I did above.

The Grand Movie

Single Channel Waiting Line Model