" (vi) "f(x)=x/2+2/x,x>0

Find the local maxima and local minima, if any, of the following functions. Find also the local maximum and the local minimum values, as the case may be: f(x) = x/2+2/x, x>0

Find the points of local maxima or minima and corresponding local maximum and minimum values of f(x)=x/2+2/x,x>0. Also, find the points of inflection,if any:

Find the interval in which the function f(x)=x/2+2/x, x < 0 is decreasing.

Find the intervals in which f(x)=x/2+2/x , x!=0 is increasing or decreasing.

Find the points of local maxima or local minima, if any, using first derivative test, and local maximum or local minimum of f(x)=x/2+2/x ,\ \ x >0

Find the intervals in which f(x)=x/2+2/x ,\ \ x!=0 is increasing or decreasing.

Find the maxima and minima of f(x)=x/2+2/x, (x gt 0) .

Find the points of local maxima or minima and corresponding local maximum and minimum values of f(x)=x//2+2//x ,\ \ x >0 . Also, find the points of inflection, if any:

Find the points of local maxima or local minima,if any,using first derivative test,and local maximum or local minimum of f(x)=(x)/(2)+(2)/(x),x>0

Given the function f(x)=x^2e^-(2x) ,x>0. Then f(x) has the maximum value equal to a) e^-1 b) (2e)^-1 . c) e^-2 d) none of these