The image is about designing a rain gutter from aluminum sheets that are 16 inches wide by turning up the edges at a 90° angle. There is a diagram illustrating the gutter's cross-section. The diagram shows a rectangular shape with a base labeled "16 - 2x," where "x" represents the height of the upturned edges. The sides of the rectangle are labeled with "x."Below the diagram, there are two questions:(a) What depth will provide maximum cross-sectional area and hence allow the most water to flow? (b) What depths will allow at least 30 square inches of water to flow?Finally, there is a blank space for answers:(a) The depth that will provide the maximum cross-sectional area is ___ inches.(b) The depths between ___ in. and ___ in. will allow at least 30 square inches of water to flow.

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Description: The image is about designing a rain gutter from aluminum sheets that are 16 inches wide by turning up the edges at a 90° angle. There is a diagram illustrating the gutter's cross-section. The diagram shows a rectangular shape with a base labeled "16

From the given diagram of the main gutter,base = 16-2xheight = xThe Area is given as,Area =…

Engineering

Mechanical Engineering

A rain gutter is to be made of aluminum sheets that are 16 inches wide by turning up the edges 90°. See the illustration. (a) What depth will provide maximum cross-sectional area and hence allow the most water to flow? (b) What depths will allow at least 30 square inches of water to flow? wwww 16-2x (a) The depth that will provide the maximum cross-sectional area is inches. (b) The depths betweenin. and in. will allow at least 30 square inches of water to flow. 16

A rain gutter is to be made of aluminum sheets that are 16 inches wide by turning up the edges 90°. See the illustration. (a) What depth will provide maximum cross-sectional area and hence allow the most water to flow? (b) What depths will allow at least 30 square inches of water to flow? wwww 16-2x (a) The depth that will provide the maximum cross-sectional area is inches. (b) The depths betweenin. and in. will allow at least 30 square inches of water to flow. 16

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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The image is about designing a rain gutter from aluminum sheets that are 16 inches wide by turning up the edges at a 90° angle.

There is a diagram illustrating the gutter's cross-section. The diagram shows a rectangular shape with a base labeled "16 - 2x," where "x" represents the height of the upturned edges. The sides of the rectangle are labeled with "x."

Below the diagram, there are two questions:

(a) What depth will provide maximum cross-sectional area and hence allow the most water to flow?

(b) What depths will allow at least 30 square inches of water to flow?

Finally, there is a blank space for answers:

(a) The depth that will provide the maximum cross-sectional area is ___ inches.

(b) The depths between ___ in. and ___ in. will allow at least 30 square inches of water to flow.

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