" If "f(x)={[x^(2),," for "x>=0],[x,," for "x<0]," then fof "(x)" is given by "

If f(x)={(x^(2)",","for "x ge0),(x",","for "x lt 0):} , then fof(x) is given by

If f(x)={(x^(2)",","for "x ge0),(x",","for "x lt 0):} , then fof(x) is given by

If f(x)={:{(x^(2)",","for",x ge 0),(x",","for",x lt 0):} , then fof(x) is given by

If f(x)={{:(x^2,"for " x ge 0),(x,"for " x lt 0):} then fof (x) is given by

Let f(x)={[(x)/(2x^(2)+|x|) , If x!=0] , [1, If x=0] then

Let f(x)= { [(x)/(2x^(2)+|x|)", "x!=0],[1", "x=0] } then f(x) is (A) continuous but non-differentiable at x=0 (B) differentiable at x=0 (C) discontinuous at x=0 (D) none of these

For what value of k, the function f(x)={((tan2x)/(x)", if "x!=0),(k", if "x=0):} is continuous at x=0 ?

If f(x)={(x^(2))/(|x|),x!=0,0,x=0 then

Is f defined by f(x) = {((sin 2x)/x, if x != 0),(1, if x = 0):} continuous at 0?

Discuss the continuity of the function defined by f(x) = {(x+2",","if " x lt 0),(-x+2",","if " x gt 0):}