A rancher wishes to enclose a rectangular partitioned corral with 1932 feet of fencing. What dimensions of the corral would enclose the largest possible area? Find the maxium area.

Answer 1

Didn't you read my answer to your question?

http://www.jiskha.com/display.cgi?id=1380904270

Answer 2

The largest area would be closest to a square. Divide 1932 by 4.

Answer 3

I tried that answer and it didn't work, the question wants the dimensions of the corral: length and width.

Answer 4

Try PsyDAG's answer.

Answer 5

Tried that too and still didn't work. the picture has a rectangular fence with a fence going across the middle from longest side to the opposite side.

Answer 6

well, if you want a correct answer, you need to pose the correct question. If the short side is x and the long side is y, then

2y+3x = 1932, so y = (1932-3x)/2

area = xy = x(1932-3x)/2 = (1932x-3x^2)/2
This is a parabola, with vertex at x=322.

You can probably take it from there. Note that just as PsyDiag suggested, the fencing is evenly divided between length and width.

Answer 7

thank you Steve, that helped alot! appreciate your help.