SOLUTION: A veterinarian wishes to use 156 feet of chain-link fencing to enclose a rectangular region and subdivide the region into two smaller rectangular regions, as shown in the following
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Question 1207295: A veterinarian wishes to use 156 feet of chain-link fencing to enclose a rectangular region and subdivide the region into two smaller rectangular regions, as shown in the following figure. If the total enclosed area is 864 square feet, find the width w and length l of the enclosed region.
w = ft (smaller width) by l = ft
w = ft (larger width) by l = ft Found 2 solutions by MathLover1, greenestamps:Answer by MathLover1(20850) (Show Source):
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Set up an equation for the perimeter using the total length of the fencing and the variables representing the width and length of the region.
if a veterinarian wishes to use feet of chain-link fencing ,
...solve for ......eq.1
if the total enclosed area is , we have
....substitute
using quadratic formula we get
=>larger width =>smaller width
calculate the lengths