Car Phones, Inc., sells two models of car telephones: model x and model y. Records show...

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Car Phones, Inc., sells two models of car telephones: model x and model y. Records show that 3 hours of sales time are used for each model x phone that is sold, and 5 hours of sales time for each model y phone. A total of 600 hours of sales time is available for the next 4-week period. In addition, management planning policies call for minimum sales goals of 25 units for both model x and model y. a. Show the feasible region for the Car Phones, Inc., problem b. Assuming the company makes a $40 profit contribution for each model x sold and a $50 profit contribution for each model y sold, what is the optimal sales goal for the company for the next 4-week period? c. Develop a constraint and show the feasible region if management adds the restriction that Car Phones must sell at least as many model y phones as model x phones d. What is the new optimal solution if the constraint in part c is added to the problem? Car Phones, Inc., sells two models of car telephones: model x and model y. Records show that 3 hours of sales time are used for each model x phone that is sold, and 5 hours of sales time for each model y phone. A total of 600 hours of sales time is available for the next 4-week period. In addition, management planning policies call for minimum sales goals of 25 units for both model x and model y. a. Show the feasible region for the Car Phones, Inc., problem b. Assuming the company makes a $40 profit contribution for each model x sold and a $50 profit contribution for each model y sold, what is the optimal sales goal for the company for the next 4-week period? c. Develop a constraint and show the feasible region if management adds the restriction that Car Phones must sell at least as many model y phones as model x phones d. What is the new optimal solution if the constraint in part c is added to the problem?

Answer rating: 100% (QA)

AThe feasible region is shown in green color while the ... View the full answer