A coffee manufacturer is interested in blending three types of coffee beans into 10,000 pounds of a final coffee blend. The three component beans cost $2.40, $2.60, and $2.00 per pound, respectively. The manufacturer wants to blend the 10,000 pounds at a total cost of $21,000. In blending the coffee, one restriction is that the amounts used of component beans 1 and 2 be the same. Determine whether there is a combination of the three beans which will lead to a final blend of 10,000 pounds costing $21,000 and satisfying the blending restriction.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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A coffee manufacturer is interested in blending three types of coffee beans into 10,000 pounds
of a final coffee blend. The three component beans cost $2.40, $2.60, and $2.00 per pound,
respectively. The manufacturer wants to blend the 10,000 pounds at a total cost of $21,000. In
blending the coffee, one restriction is that the amounts used of component beans 1 and 2 be
the same. Determine whether there is a combination of the three beans which will lead to a
final blend of 10,000 pounds costing $21,000 and satisfying the blending restriction.
Transcribed Image Text:A coffee manufacturer is interested in blending three types of coffee beans into 10,000 pounds of a final coffee blend. The three component beans cost $2.40, $2.60, and $2.00 per pound, respectively. The manufacturer wants to blend the 10,000 pounds at a total cost of $21,000. In blending the coffee, one restriction is that the amounts used of component beans 1 and 2 be the same. Determine whether there is a combination of the three beans which will lead to a final blend of 10,000 pounds costing $21,000 and satisfying the blending restriction.
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