MN = MA + AN =67.2m
MA + 3.2m = 67.2m
MA = 64m
Similary,
MP = 81.9
As
AB || NP
Then by Thale's theorem,
Expand the following
2 answers:
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MN = MA + AN =67.2m
MA + 3.2m = 67.2m
MA = 64m
Similary,
MP = 81.9
As
AB || NP
Then by Thale's theorem,
Answer:
Step-by-step explanation:
<u>Maximization With Derivatives</u>
Given a function of one variable A(x), we can find the maximum or minimum value of A by using the derivatives criterion. If A'(x)=0, then A has a probable maximum or minimum value.
We need to find a function for the area of the pasture. Let's assume the dimensions of the pasture are x and y, and one divider goes parallel to the sides named y, and two dividers go parallel to x.
The two divisions parallel to x have lengths y, thus the fencing will take 4x. The three dividers parallel to y have lengths x, thus the fencing will take 3y.
The amount of fence needed to enclose the external and the internal divisions is
We know the total fencing is 1/2 miles long, thus
Solving for x
The total area of the pasture is
Substituting x
Differentiating with respect to y
Equate to 0
Solving for y
And also
Compute the second derivative
Since it's always negative, the point is a maximum
Thus, the maximum area is