Answer the following questions in the space provided, show all work to receive full credit. a. Write an equation to express the amount of fencing in terms of x and y. b. Write a function that models the area, A, of the fenced land in terms of x. C. Find the maximum area David can fence in.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Answer the following questions in the space provided, show all work to receive full credit.
a. Write an equation to express the amount of fencing in terms of x and y.
b. Write a function that models the area, A, of the fenced land in terms of x.
C. Find the maximum area David can fence in.
Transcribed Image Text:y Answer the following questions in the space provided, show all work to receive full credit. a. Write an equation to express the amount of fencing in terms of x and y. b. Write a function that models the area, A, of the fenced land in terms of x. C. Find the maximum area David can fence in.
Worde
QUESTION 12
David has 1200 feet of fencing to fence in land along a river. He plans to split the fenced area into three equal rectangles as shown below. To make the
largest area possible, he will not fence along the river.
Transcribed Image Text:Worde QUESTION 12 David has 1200 feet of fencing to fence in land along a river. He plans to split the fenced area into three equal rectangles as shown below. To make the largest area possible, he will not fence along the river.
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