A "Norman" window is a rectangular window with a semicircle mounted along the top edge. If the window is to have a total area of 30 square meters, what is the minimum perimeter of the window? Round to two places. Hint: Let r be the radius of the semicircle and y be the height of the rectanglar portion. You will likely want to immediately replace π with 3.142. If r is the radius of the semicricle and y is the height of the rectangular portion and P is the total perimeter, write a formula for P in terms of r only. (It should start P = ...) We want to minimize P in the equation The minimum perimeter is: P = meters.

Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
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Question
A "Norman" window is a rectangular window with a
semicircle mounted along the top edge. If the window is to
have a total area of 30 square meters, what is the minimum
perimeter of the window? Round to two places.
Hint: Let r be the radius of the semicircle and y be the height
of the rectanglar portion. You will likely want to immediately
replace π with 3.142.
If r is the radius of the semicricle and y is the height of the
rectangular portion and P is the total perimeter, write a
formula for P in terms of r only. (It should start P = ...)
We want to minimize P in the equation
The minimum perimeter is:
P
=
meters.
Transcribed Image Text:A "Norman" window is a rectangular window with a semicircle mounted along the top edge. If the window is to have a total area of 30 square meters, what is the minimum perimeter of the window? Round to two places. Hint: Let r be the radius of the semicircle and y be the height of the rectanglar portion. You will likely want to immediately replace π with 3.142. If r is the radius of the semicricle and y is the height of the rectangular portion and P is the total perimeter, write a formula for P in terms of r only. (It should start P = ...) We want to minimize P in the equation The minimum perimeter is: P = meters.
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