Use the Lagrange multipliers approach and determine the optimized perimeter of the following shape made up...

   

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Use the Lagrange multipliers approach and determine 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 1,383 squared inches У(in) a b x(in) What is the optimized perimeter in inches? Use the Lagrange multipliers approach and determine 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 1,383 squared inches У(in) a b x(in) What is the optimized perimeter in inches?