A veterinarian wants to construct two equal-sized pens of maximum area out of 240 ft of fencing. See the figure. a . If x represents the length of each pen and y represents the width of each pen, explain why the dimensions of the pens are subject to the constraint 3 x + 4 y = 240 . b . The area of each individual pen is given by A = x y . Use the constraint equation from part ( a ) to express A as a function of x , where 0 < x < 80 . c . Use the function from part ( b ) to find the dimensions of an individual pen that will yield the maximum area. [Hint: Find the vertex of the function from part (b).]
A veterinarian wants to construct two equal-sized pens of maximum area out of 240 ft of fencing. See the figure. a . If x represents the length of each pen and y represents the width of each pen, explain why the dimensions of the pens are subject to the constraint 3 x + 4 y = 240 . b . The area of each individual pen is given by A = x y . Use the constraint equation from part ( a ) to express A as a function of x , where 0 < x < 80 . c . Use the function from part ( b ) to find the dimensions of an individual pen that will yield the maximum area. [Hint: Find the vertex of the function from part (b).]
A veterinarian wants to construct two equal-sized pens of maximum area out of 240 ft of fencing. See the figure.
a. If x represents the length of each pen and y represents the width of each pen, explain why the dimensions of the pens are subject to the constraint
3
x
+
4
y
=
240
.
b. The area of each individual pen is given by
A
=
x
y
. Use the constraint equation from part (a) to express A as a function of x, where
0
<
x
<
80
.
c. Use the function from part (b) to find the dimensions of an individual pen that will yield the maximum area. [Hint: Find the vertex of the function from part (b).]
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