Let `A=R-{3},B=R-{1},` and let `f: AvecB` be defined by `f(x)=(x-2)/(x-3)` is `f` invertible? Explain.

Let A=R-{3},B=R-{1}, and let f: A->B be defined by f(x)=(x-2)/(x-3) is f invertible? Explain.

Let A=R-{3},B=R-{1} " and " f:A rarr B defined by f(x)=(x-2)/(x-3) . Is 'f' bijective? Give reasons.

Let f: R-{3/5}->R be defined by f(x)=(3x+2)/(5x-3) . Then

Let A=R-{3}a n dB=R-{1}dot Consider the function f: Avec defined by f(x)=(x-2)/(x-3)dot Show that is one-one and onto and hence find f^(-1)

Let A=R-{3} and B=R-[1]dot Consider the function f: AvecB defined by f(x)=((x-2)/(x-3))dot Show that f is one-one and onto and hence find f^(-1)

Let A=R-{3} and B=R-[1]dot Consider the function f: AvecB defined by f(x)=((x-2)/(x-3))dot Show that f is one-one and onto and hence find f^(-1)

Let A = R - {3} and B = R - {1} . Consider the function f: A->B defined by (x)=((x-2)/(x-3)) . Is f one-one and onto? Justify your answer.

Let f:(2,oo)to X be defined by f(x)= 4x-x^(2) . Then f is invertible, if X=

Let f : R rarr R be defined by f(x) = cos (5x+2). Is f invertible? Justify your answer.

If f: R->R defined by f(x)=3x-4 is invertible then write f^(-1)(x) .