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ectangular container will be constructed. The ntainer base will have a length I and width w and length is twice the width 1 =2w. Due to nufacturing constraints, the height of the tainer must be given by h=12-w and 5

ectangular container will be constructed. The ntainer base will have a length I and width w and length is twice the width 1 =2w. Due to nufacturing constraints, the height of the tainer must be given by h=12-w and 5

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter79: Computing Compound Angles On Cutting And Forming Tools
Section: Chapter Questions
Problem 4A
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A rectangular container will be constructed. The container base will have a length I and width w and the length is twice the width l =2w. Due to manufacturing constraints, the height of the container must be given by h=12-w and 5<w<11. 6. Determine the dimensions w, I and h that maximize the volume V=lwh, of the container and find the maximum volume. W = | = h = V =
Transcribed Image Text:A rectangular container will be constructed. The container base will have a length I and width w and the length is twice the width l =2w. Due to manufacturing constraints, the height of the container must be given by h=12-w and 5<w<11. 6. Determine the dimensions w, I and h that maximize the volume V=lwh, of the container and find the maximum volume. W = | = h = V =
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