Question 5 Use the Lagrange multipliers approach and delermine the optimized perimeter of the following shape made up of a rectangular section and a circular section as shown in the figure. Only the positive values of a and b are valid, then, lambda must be negative in case it is the square root of a value (take the negative solution for lambda). The area of the shape must be 1.076 squared inches y(in) a x(in) b What is the optimized perimeter in inches?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.1: Systems Of Equations
Problem 34E
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Question 5
Use the Lagrange multipliers approach and determine the optimized perimeter of the folowing shape made up of a rectangular section and a circular section as shown in the figure.
Only the positive values of "a and b are valid, then, lambda must be negative in case it is the square root of a value (take the negative solution for lambda).
The area of the shape must be 1,076 squared inches
y(in)
a
b.
x(in)
What is the optimized perimeter in inches?
Transcribed Image Text:Question 5 Use the Lagrange multipliers approach and determine the optimized perimeter of the folowing shape made up of a rectangular section and a circular section as shown in the figure. Only the positive values of "a and b are valid, then, lambda must be negative in case it is the square root of a value (take the negative solution for lambda). The area of the shape must be 1,076 squared inches y(in) a b. x(in) What is the optimized perimeter in inches?
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