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$0.10/cm^2 to reinforce the can's shape, two metal wires of equal length will each be bent into a circle and then be placed around the top and bottom edges of the can. If the maximum total length of wire available is 280 cm, what are the dimensions (radius and height) that would minimize the cost of constructing this garbage can?

$0.10/cm^2 to reinforce the can's shape, two metal wires of equal length will each be bent into a circle and then be placed around the top and bottom edges of the can. If the maximum total length of wire available is 280 cm, what are the dimensions (radius and height) that would minimize the cost of constructing this garbage can?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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$0.10/cm^2 to reinforce the can's shape, two metal wires of equal length will each be bent into a circle and then be placed around the top and bottom edges of the can. If the maximum total length of wire available is 280 cm, what are the dimensions (radius and height) that would minimize the cost of constructing this garbage can?
Transcribed Image Text:$0.10/cm^2 to reinforce the can's shape, two metal wires of equal length will each be bent into a circle and then be placed around the top and bottom edges of the can. If the maximum total length of wire available is 280 cm, what are the dimensions (radius and height) that would minimize the cost of constructing this garbage can?
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