Which of the following function(s) not defined at `x = 0` has/have non-removable discontinuity atthe point `x = 0 ?` `f(x)=1/(1+2^(1/x))`

which of the following function(s) not defined at x=0 has/have removable discontinuity at x = 0 .

which of the following function(s) not defined at x=0 has/have removable discontinuity at x=0

which of the following function(s) not defined at x=0 has/have removable discontinuity at x = 0 .

Which of the following function(s) not defined at x =0 has / have removable discontinuity at x = 0 ?

Which of the following function ) not defined at x=0 has/have removable discontimuigy at x=0?

Which of the following functions fhas/have a removable discontinuity at the indicated point ?f(x)=(x^(2)-2x-8)/(x+2) at x=-2

Which of the following function(s) defined below has/have single point continuity.f(x)=[1, if x in Q and 0 if x!in Q

If both Lim_(xrarrc^(-))f(x) and Lim_(xrarrc^(+))f(x) exist finitely and are equal, then the function f is said to have removable discontinuity at x=c . If both the limits i.e. Lim_(xrarrc^(-))f(x) and Lim_(xrarrc^(+))f(x) exist finitely and are not equal, then the function f is said to have non-removable discontinuity at x=c . Which of the following function not defined at x=0 has removable discontinuity at the origin?

If both Lim_(xrarrc^(-))f(x) and Lim_(xrarrc^(+))f(x) exist finitely and are equal, then the function f is said to have removable discontinuity at x=c . If both the limits i.e. Lim_(xrarrc^(-))f(x) and Lim_(xrarrc^(+))f(x) exist finitely and are not equal, then the function f is said to have non-removable discontinuity at x=c . Which of the following function not defined at x=0 has removable discontinuity at the origin?