Let `f(x)={[2-x,,-3lexle0],[x-2,,0ltxlt4]}` then `f'(x)` is discontinuous at

Let f(x)={(x+1, -1lexle0),(-x,0ltxle1):} then

Let f(x)={[((e^(3x)-1))/(x),,x!=0],[3,,x=0]} then 2f'(0) is

Let f(x)={{:(3x-4,0lexle2),(2x+1,2ltxle9):} If f is continuous at x = 2, then what is the value of l ?

If f(x)={(x,,,0lexle1),(2-x,,,1ltxle2):} then point of discontinuity fo f(f(x)) is [0,2] is,

f(x)={{:(3-x",","when",x le0, ),( x^(2)",", "when",xgt0):} is discontinuous at x=0

If f(x)={[x^(3)+3:x!=0, is discontinuous at

Let f(x)={{:(-2",",-3lexle0),(x-2",",0ltxle3):}andg(x)=f(|x|)+|f(x)| What is the value of the differential coefficient of g(x) at x=-2?

Let f(x)={{:(-2",",-3lexle0),(x-2",",0ltxle3):}andg(x)=f(|x|)+|f(x)| What is the value of differential coefficent of g(x) at x=-2

Let f(x)={{:(-2",",-3lexle0),(x-2",",0ltxle3):}andg(x)=f(|x|)+|f(x)| Which of the following statement is correct ? g(x) is differentiable at x=0 g(x) is differentiable at x=2