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# Minimizing rectangle perimeters All rectangles with an area of 64 have a perimeter given by $P(x)=2 x+\frac{128}{x},$ where $x$ is the length of one side of the rec...

## Question

###### Minimizing rectangle perimeters All rectangles with an area of 64 have a perimeter given by $P(x)=2 x+\frac{128}{x},$ where $x$ is the length of one side of the rectangle. Find the absolute minimum value of the perimeter function on the interval $(0, \infty) .$ What are the dimensions of the rectangle with minimum perimeter?

Minimizing rectangle perimeters All rectangles with an area of 64 have a perimeter given by $P(x)=2 x+\frac{128}{x},$ where $x$ is the length of one side of the rectangle. Find the absolute minimum value of the perimeter function on the interval $(0, \infty) .$ What are the dimensions of the rectangle with minimum perimeter?

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