Implicit diffrentiation Find dy/dx by implicit differentiation tan3 (xy2 + y) =

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Implicit diffrentiation

Find dy/dx by implicit differentiation tan3 (xy2 + y) = x Find Find dy/dx, using logarithmic differentiation verify that y = -ln(e2 - x) satifies dy/dx = ey, with y=-2 when x = 0. Find dy/dx for y = x2(sin-1 x)3. Find the limits: Find the intervals on which f is increasing the intervals on which f is decreasing the open intervals on which f is concave up the open intervals on which f is concave down the x-co-ordinates of all inflection points. where Find the relative extrema using first and second derivative tests f(n) = x4 - 12x3 Use any method to find extrema of the function f(x) = x2/x4+16 Find the absolute maximum and minimum values of f on the given closed interval, and state where those values occur: f(x) = |6-4x|; [-3, 3] f(x) = ; [-1, 1]

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Implicit diffrentiation Find dy/dx by implicit differentiation tan3 (xy2 + y) =

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