Show that the function `f` in `A=|R-{2/3}\ ` defined as `f(x)=(4x+3)/(6x-4)` is one-one and onto. Hence find `f^(-1)dot`

Show that the function f in A = R - {2/3} defined as f(x) = (4x+3)/(6x-4) is one one and onto. Hence find f^(-1)

Show that the function f in A=R-{2/3} defined as f(x)=(4x+3)/(6x-4) is one-one and onto.Hence find f^-1

show that the function f in A=R-{(2)/(3)} defined as f(x)=(4x+3)/(6x-4) is one one and onto. Hence find f^(-1)

Show that the function f in A = R - {2/3} defined as f(x) = (4x+3)/(6x-4) is one-one and onto. Hene, find f^-1

Show that the fuction f in A=R-{2/3} definde as f(x)=(4x+3)/(6x-4) is one-one and on to. Hence find f^(-1) .

Show that the function f in A=R-{2/3} defined as f(x)=(4x+3)/(6x-4) is one-one and onto.

show that the function f on A =R -{(-4)/(3)} onto itself defined by f(x)= (4x)/((3x+4) is one-one and onto. Hence find f^(-1)

Show that the function f: R rarr R defined by f(x) = (4x-3)/5, x in R is one one and onto function.