Solve for precalculus easy, NOT GRADED.I will rate and like. Thank you for your work! The problem tells us that the parcel's girth plus length may not exceed 108 inches.In order to optimize, we assume that we will actually need the girth plus length to equal 108inches.What equation does this produce?Use variables æ (the length of one side of the square end of the box) and y (the length of the longerside of the box).O 108 = x²y, or y :108%3!O 108TI° y, or y108O 108 = 4x + y, or y = 1084x According to U.S. postal regulations, the girth plus the length of a parcel sent by mail may not exceed108 inches, where by "girth" we mean the perimeter of the smallest end. What is the largest possiblevolume of a rectangular parcel with a square end that can be sent by mail? What are the dimensions ofthe package of largest volume?We are given this important information: "the girth plus the length of a parcel sent by mail may notexceed 108 inches, where by "girth" we mean the perimeter of the smallest end."Which rough sketch fits this information?E108E108

Name: Solve for precalculus easy, NOT GRADED.I will rate and like. Thank you
Uploaded: 2024-03-20T07:07:26.000Z
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Description: Solve for precalculus easy, NOT GRADED.I will rate and like. Thank you for your work! The problem tells us that the parcel's girth plus length may not exceed 108 inches.In order to optimize, we assume that we will actually need the girth plus length