if `f(x)={sqrt2 cosx-1}/{cotx-1} , x!=pi/4` Find the value of `f(pi/4)` so that `f(x)` becomes continuous at `x=pi/4`

If f(x)=(sqrt(2)cosx-1)/(cotx-1) , x!=pi/4 . Find the value of f(pi/4) so that f(x) becomes continuous at x=pi//4 .

If f(x)=(sqrt(2)cosx-1)/(cotx-1),x!=pi/4dot Find the value of f(pi/4) so that f(x) becomes continuous at x=pi/4dot

If f(x) = (sqrt(2) cos x-1)/(cotx-1) , x nepi/4 , find the value of f(pi/4) so that f(x) becomes continuous at x = pi/4

If f(x)=(sqrt(2)cos x-1)/(cot x-1),x!=(pi)/(4). Find the value of f((pi)/(4)) so that f(x) becomes continuous at x=pi/4

If f(x)=(sqrt(2)cos x-1)/(cot x-1),x!=(pi)/(4). Find the value of f((pi)/(4)) so that f(x) becomes continuous at x=(pi)/(4)

If f(x)=(sqrt(2)cosx-1)/(cotx-1),x!=(pi)/(4) . Then, find value of f((pi)/(4)) , so that f(x) becomes continuous at x=(pi)/(4) .

The function f(x)=(sin2x)^(tan^2 2x) is not defined at x=pi/4 . The value of f(pi/4) so that f is continuous at x=pi/4

If f(x)=tan (pi//4 -x)//cot2x for x ne pi//4 . The value of f(pi//4) so that f is continuous at x=pi//4 is