Linear Programming Quiz

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CCSS.HSA.REI.D.12

The shaded area on the diagram is the solution set area of ​​a linear programming problem. The mathematical model that fits the problem is....

A clothing manufacturer will make shirts and pants with a capital price of $2 per shirt and a purchase price of $1 per pair of trousers. The maximum number of shirts and pants that will be sold maximum is 40 pieces and the trader's capital is $ 60 If x represents the number of shirts and y indicates the number of pants, so write the first constraint

A clothing manufacturer will make shirts and pants with a capital price of $2 per shirt and a purchase price of $1 per pair of trousers. The maximum number of shirts and pants that will be sold maximum is 40 pieces and the trader's capital is $ 60 If x represents the number of shirts and y indicates the number of pants, so write the second constraint

A clothing manufacturer will make shirts and pants with a capital price of $2 per shirt and a purchase price of $1 per pair of trousers. The maximum number of shirts and pants that will be sold maximum is 40 pieces and the trader's capital is $ 60 If x represents the number of shirts and y indicates the number of pants, so write the last 2 constraint

A clothing manufacturer will make shirts and pants with a capital price of $2 per shirt and a purchase price of $1 per pair of trousers. The maximum number of shirts and pants that will be sold maximum is 40 pieces and the trader's capital is $ 60 If x represents the number of shirts and y indicates the number of pants and you have write all constraint, draw the representative graph based on the constraint!

A clothing manufacturer will make shirts and pants with a capital price of $2 per shirt and a purchase price of $1 per pant. The maximum number of shirts and pants that will be sold maximum is 40 pieces and the trader's capital is $ 60 If x represents the number of shirts and y indicates the number of pants. You have write all constraint and draw the representative graph based on the constraint, then determine the maximum profit if the manufacturer wants to sell 4$ per shirt and $3 per pant. Determine the objective function (Z)!

A clothing manufacturer will make shirts and pants with a capital price of $2 per shirt and a purchase price of $1 per pant. The maximum number of shirts and pants that will be sold maximum is 40 pieces and the trader's capital is $ 60 If x represents the number of shirts and y indicates the number of pants. You have write all constraint and draw the representative graph based on the constraint, then determine the maximum profit if the manufacturer wants to sell 4$ per shirt and $3 per pant!

Shirts .... & Pants ....