Statement.1 : The function `f (x) =lim _(xtooo) (log _(e)(1+x) -x ^(2n) sin (2x))/(1+ x ^(2n))` is discontinuous at `x=1`
Statement.2: `L.H.L. =R.H.L.ne f (1).`

Let f(x)=lim_(n rarr oo)(log(2+x)-x^(2n)sin x)/(1+x^(2n)) then

Let f(x)=lim_(n to oo) sinx/(1+(2 sin x)^(2n)) then f is discontinuous at

Discuss the continuity of the function f(x) = lim_(n rarr oo) (log (2 + x)-x^(2n) sin x)/(1+x^(2n))"at x" = 1

Discuss the continuity of the function f(x) = lim_(n rarr oo) (log (2 + x)-x^(2n) sin x)/(1+x^(2n))"at x" = 1

The function f(x)=lim_(nrarroo)((x-2)^(2n)-1)/((x-2)^(2n)+1) (AA n in N) is discontinuous at

Discuss the continuity of the function, f(x)=lim_(nrarrinfty)(log(2+x)-x^(2n)sinx)/(1+x^(2n)) at x=1

Discuss the continuity of the function f(x) = underset(n rarr oo)(lim) (log (2 + x)-x^(2n) sin x)/(1+x^(2n))"at x" = 1

The value of lim_(x rarr 0) (l_(n) (1+2h) - 2l_(n) (1+h))/(h^(2)) is :

Statement - 1: The function f(x) = {x}, where {.} denotes the fractional part function is discontinuous a x = 1 Statement -2: lim_(x->1^+) f(x)!= lim_(x->1^+) f(x)

Range of the function f(x)=cos((ln(x^(2)+e))/(x^(2)+1))+sin(((ln(x^(2)+e))/(x^(2)+1))