Maximizing area. Grayson Farms plans to enclose three parallel rectangular livestock pens within one large rectangular area using 600 m of fencing. One side of the enclosure is a pre-existing stone wall. a) If the three rectangular pens have their longer sides parallel to the stone wall, find the largest possible total area that can be enclosed. b) If the three rectangular pens have their shorter sides perpendicular to the stone wall, find the largest possible total area that can be enclosed.

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ISBN:9780470458365
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Maximizing area. Grayson Farms plans to enclose three
parallel rectangular livestock pens within one large
rectangular area using 600 m of fencing. One side of the
enclosure is a pre-existing stone wall.
a) If the three rectangular pens have their longer sides
parallel to the stone wall, find the largest possible
total area that can be enclosed.
b) If the three rectangular pens have their shorter sides
perpendicular to the stone wall, find the largest
possible total area that can be enclosed.
Transcribed Image Text:Maximizing area. Grayson Farms plans to enclose three parallel rectangular livestock pens within one large rectangular area using 600 m of fencing. One side of the enclosure is a pre-existing stone wall. a) If the three rectangular pens have their longer sides parallel to the stone wall, find the largest possible total area that can be enclosed. b) If the three rectangular pens have their shorter sides perpendicular to the stone wall, find the largest possible total area that can be enclosed.
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