If the function `f: R-` `{0}-> R` given by `f(x)=1/x-2/(e^(2x)-1)` is continuous at `x=0,` then find the value of `f(0)`

The function f:""R""~""{0}vec given by f(x)=1/x-2/(e^(2x)-1) can be made continuous at x = 0 by defining f(0) as

The function f:""R""~""{0}vecR given by f(x)=1/x-2/(e^(2x)-1) can be made continuous at x = 0 by defining f(0) as (1) 2 (2) -1 (3) 0 (4) 1

The function f(x)=((3^x-1)^2)/(sinx*ln(1+x)), x != 0, is continuous at x=0, Then the value of f(0) is

Show that the function f(x) given by f(x)={(xsin(1/x),x!=0),(0,x=0):} is continuous at x = 0

Show that function f(x) given by f(x)={(x sin(1/x),,,x ne 0),(0,,,x=0):} is continuous at x=0

If the function f(x) = (x(e^(sinx) -1))/( 1 - cos x ) is continuous at x =0 then f(0)=

f(x)+f(1-1/x)=1+x for x in R-{0,1}. Find the value of 4f(2).

A continuous real function f satisfies f(2x)=3(f(x)AAx in RdotIfint_0^1f(x)dx=1, then find the value of int_1^2f(x)dx

A continuous real function f satisfies f(2x)=3(f(x)) AA x in R . If int_0^1 f(x)dx=1, then find the value of int_1^2f(x)dx .

A continuous real function f satisfies f(2x)=3f(x)AAx in RdotIfint_0^1f(x)dx=1, then find the value of int_1^2f(x)dx