The quantity, Q, of a good produced depends on the quantities x, and x₂ of the two main materials used, according to the function Q = x5x5. Material x₁ costs $70 per unit, and material x2 costs $55 per unit. We want to minimize the cost of producing 100 units of the good. Using Lagrange multipliers, we see that the minimum cost, to the nearest dollar, of $ and x₂ = X1 occurs when Your last two blanks should be correct to two decimal places.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The quantity, Q, of a good produced depends on the quantities x₁ and x₂ of the two main materials used,
according to the function Q = x5x5.
Material x₁ costs $70 per unit, and material x₂ costs $55 per unit. We want to minimize the cost of producing 100
units of the good.
Using Lagrange multipliers, we see that the minimum cost, to the nearest dollar, of $
and x₂
x₁ =
Check
occurs when
Your last two blanks should be correct to two decimal places.
Transcribed Image Text:The quantity, Q, of a good produced depends on the quantities x₁ and x₂ of the two main materials used, according to the function Q = x5x5. Material x₁ costs $70 per unit, and material x₂ costs $55 per unit. We want to minimize the cost of producing 100 units of the good. Using Lagrange multipliers, we see that the minimum cost, to the nearest dollar, of $ and x₂ x₁ = Check occurs when Your last two blanks should be correct to two decimal places.
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