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A package in the shape of a rectangular solid is to be delivered. However, it can only have a maximum combined length y and girth (perimeter of its cross-section) of 108 inches. Find the dimensions of the package of maximum volume that can be delivered. Assume the cross-section of the package is a square with each side measuring x. A. x = 20; y = 28 В. x = 22; y = 20 C. x = 16; y = 44 D. x = 24; y = 12 Е. x = 18; y = 36

A package in the shape of a rectangular solid is to be delivered. However, it can only have a maximum combined length y and girth (perimeter of its cross-section) of 108 inches. Find the dimensions of the package of maximum volume that can be delivered. Assume the cross-section of the package is a square with each side measuring x. A. x = 20; y = 28 В. x = 22; y = 20 C. x = 16; y = 44 D. x = 24; y = 12 Е. x = 18; y = 36

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter84: Binary Numeration System
Section: Chapter Questions
Problem 5A
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A package in the shape of a rectangular solid is to be delivered. However, it can only have a maximum combined length y and girth (perimeter of its cross-section) of 108 inches. Find the dimensions of the package of maximum volume that can be delivered. Assume the cross-section of the package is a square with each side measuring x. А. x = 20; y = 28 В. x = 22; y = 20 С. x = 16; y = 44 D. x = 24; y = 12 x = 18; y = 36 %3D E.
Transcribed Image Text:A package in the shape of a rectangular solid is to be delivered. However, it can only have a maximum combined length y and girth (perimeter of its cross-section) of 108 inches. Find the dimensions of the package of maximum volume that can be delivered. Assume the cross-section of the package is a square with each side measuring x. А. x = 20; y = 28 В. x = 22; y = 20 С. x = 16; y = 44 D. x = 24; y = 12 x = 18; y = 36 %3D E.
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