It is required to construct a rectangle whose base is the interval XE [2.5] and whose area is equal to the area under the curve of F(x)=8x-x2-8 in that interval. Using the mean value theorem of integral calculus, calculate the height of the rectangle that meets the conditions of the problem statement.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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It is required to construct a rectangle whose base is the interval
XE [2.5] and whose area is equal to the area under the curve of
F(x)=8x-x2-8 in that interval.
Using the mean value theorem of integral calculus, calculate the height of
the rectangle that meets the conditions of the problem statement.
Transcribed Image Text:It is required to construct a rectangle whose base is the interval XE [2.5] and whose area is equal to the area under the curve of F(x)=8x-x2-8 in that interval. Using the mean value theorem of integral calculus, calculate the height of the rectangle that meets the conditions of the problem statement.
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