A customer molder produces 6-ounce juice glasses and 10-ounce cocktail glasses. The per unit contribution for the juice glasses (x₁) is equal to 60 - 5x₁, and the per unit contribution for the cocktail glasses (x₂) is 80 - 4x₂ for a total contribution of 60x₁ - 5x₁² + 80x₂- 4x₂². Demand requires that the production of juice glasses is twice the production of cocktail glasses.(x1 = 2x₂). What is the Lagrangian function for this problem?

Question

Quizplus · Accepted Answer

The Answer of A customer molder produces 6-ounce juice glasses and 10-ounce cocktail glasses. The per unit contribution for the juice glasses (x₁) is equal to 60 - 5x₁, and the per unit contribution for the cocktail glasses (x₂) is 80 - 4x₂ for a total contribution of 60x₁ - 5x₁² + 80x₂- 4x₂². Demand requires that the production of juice glasses is twice the production of cocktail glasses.(x1 = 2x₂). What is the Lagrangian function for this problem?

A Customer Molder Produces 6-Ounce Juice Glasses and 10-Ounce Cocktail