This is a question from howard anton book of calculus . I got the same answer but the book's solution manual says the answer is -4
Correction : The limit of y is incorrect
since every y value at the line passing through (0,4) and (2,0) is not 4 we cannot take the upper limit as 4 so we first must calculate the equation of line by y=mx+b that would give y=4-2x and the limit becomes 0 to 4-2x
. For this limit we get the actual answer i.e -4
2. (8 pts) Use Green's Theorem to evaluate fcln(1 + y) dx - triangle with vertices...
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