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

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

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

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

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

Let A = R - {3} and B = R - {1}. Consider the function f : A rarrB defined by , f(x) = ((x-2)/(x-3)) is f one - one and onto ?

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

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