f(x)={[(x^(4)+x^(3)+2x^(2))/(tan^(-1)x)," if "x!=0],[10,,quad " if "x=0]

Discuss the continuity of the following function at x=0 . f(x)={{:((x^(4)+2x^(3)+x^(2))/(tan^(-1)x)", if "x!=0),(0", if "x=0):}

Discuss the continuity of the following function at x=0f(x)={(x^(4)+2x^(3)+x^(2))/(tan^(-1)x),x!=0 and 0,x=0}

Discuss the continuity of the following function at x = 0 : "f"("x")={("x"^4+2x^3+x^2)/(tan^(-1)x),x!=0 and 0,x=0}

f(x)= {:(tan(x^(2)-x)/x," if "x !=0),(=2 ," if " x=0):} at x=0, is

f(x)=[x tan^(-1)x+sec^(-1)((1)/(x)),x in(-1,1)-{0} and (pi)/(2), if x=0, then f'(0) is

f(x)=((2^(x)-1)^(2))/(tan x log(1+x)),x!=0 and f(x)=2log2,x=0 at x=0 is:

Given f(x) {:(= (sin [(2k-3)x])/(4x)", if " x lt0), (= k+1", if " x = 0 ),(= (tan[(3k-4)x])/(2x)", if "x gt 0):} If lim_(x to 0 ) f(x) exists , then k =

If {:(f(x),=(x cos x - 3tan x)/(x^(2)+2sinx),",",x != 0),(,=1, ",",x = 0):} , then

If {:(f(x),=(x cos x - 3tan x)/(x^(2)+2sinx),",",x != 0),(,=1, ",",x = 0):} , then