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# Mathematical Model on Standard and Deluxe Bags

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Problem # 1

The following is the current mathematical model for the production of Standard and Deluxe Bags by Par Manufacturing.

Max 10s + 9d
s.t.

7/10s +1d is < or equal to 630
1/2s + 5/6 d < or equal to 600
1s + 2/3 d < or equal to 708
1/10s + 1/4d < or equal to 135

S, D, > or equal to 0

Optimal Solution = (540,252)
Optimal Value = 10(540) + 9(252)
= 5400 + 2268
= 7668

Now, suppose that management encounters the following situations.

1) The accounting dept revises its estimate of the profit contribution for the deluxe bag to \$18 per bag
2) The profit contribution per standard bag can be increased to \$20 per bag(Assume the profit contribution for the deluxe bag is the original \$9 value)
3) The sewing operation capacity has increased to 750 Hours (Assume that 10s + 9d is the appropriate objective function)

If each of these situations is encountered separately, what is the optimal solution and the total profit contribution.

https://brainmass.com/statistics/descriptive-statistics/mathematical-model-standard-deluxe-bags-25335

#### Solution Summary

The following is the current mathematical model for the production of Standard and Deluxe Bags by Par Manufacturing.

Max 10s + 9d
s.t.

7/10s +1d is < or equal to 630
1/2s + 5/6 d < or equal to 600
1s + 2/3 d < or equal to 708
1/10s + 1/4d < or equal to 135

S, D, > or equal to 0

Optimal Solution = (540,252)
Optimal Value = 10(540) + 9(252)
= 5400 + 2268
= 7668

Now, suppose that management encounters the following situations.

1) The accounting dept revises its estimate of the profit contribution for the deluxe bag to \$18 per bag
2) The profit contribution per standard bag can be increased to \$20 per bag(Assume the profit contribution for the deluxe bag is the original \$9 value)
3) The sewing operation capacity has increased to 750 Hours (Assume that 10s + 9d is the appropriate objective function)

If each of these situations is encountered separately, what is the optimal solution and the total profit contribution.

\$2.49