Santos wants to build a rectangular enclosure for his animals. One side of the pen will be against the barn, so he needs no fence on that side. The other three sides will be enclosed with wire fencing. If Santos has 550 feet of fencing, you can find the dimensions that maximize the area of the enclosure. a) Let w be the width of the enclosure (perpendicular to the barn) and let I be the length of the enclosure (parallel to the barn). Write an function for the area A of the enclosure in terms of w. (HINT first write two equations with w and I and A. Solve for l in one equation and substitute for I in the other). A(w) = b) What width w would maximize the area? ft ω c) What is the maximum area? A = square feet

Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter9: Surfaces And Solids
Section9.4: Polyhedrons And Spheres
Problem 23E: The surface of a soccer ball is composed of 12 regular pentagons and 20 regular hexagons. With each...
Question
Santos wants to build a rectangular enclosure for his
animals. One side of the pen will be against the barn, so he
needs no fence on that side. The other three sides will be
enclosed with wire fencing. If Santos has 550 feet of
fencing, you can find the dimensions that maximize the
area of the enclosure.
a) Let w be the width of the enclosure (perpendicular to
the barn) and let I be the length of the enclosure (parallel
to the barn). Write an function for the area A of the
enclosure in terms of w. (HINT first write two equations
with w and I and A. Solve for l in one equation and
substitute for 7 in the other).
A(w) =
b) What width w would maximize the area?
ft
ω
c) What is the maximum area?
A =
square feet
Transcribed Image Text:Santos wants to build a rectangular enclosure for his animals. One side of the pen will be against the barn, so he needs no fence on that side. The other three sides will be enclosed with wire fencing. If Santos has 550 feet of fencing, you can find the dimensions that maximize the area of the enclosure. a) Let w be the width of the enclosure (perpendicular to the barn) and let I be the length of the enclosure (parallel to the barn). Write an function for the area A of the enclosure in terms of w. (HINT first write two equations with w and I and A. Solve for l in one equation and substitute for 7 in the other). A(w) = b) What width w would maximize the area? ft ω c) What is the maximum area? A = square feet
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