[" Let "f:N rarr Y" be a function defined "],[" as "f(x)=4x+3" where "],[Y={y in N:y=4x+3" for some ":],[" Then inverse of "f" is "]

Let f: N to Y be a function defined as f(x) = 4x+3 where Y={y in N: y=4x+3 for some x in N }. Then inverse of f is:

Let f:N rarr Y be a function defined as f(x) = 4x + 3, where, Y = { y in N:y = 4x + 3 for some x in N }. Show that f is invertible. Find the inverse.

Let f : N rarr Y be a function defined as f(x) = 4x +3, where Y = {Y in N: y = 4x +3 for some x in N). Show that f is invertible. Find the inverse.

Let f:NrarrY, be a function defined as f(x) = 4x+3 , where, Y = {y in N: y = 4x + 3 for some x in N }. Show that f is invertible. Find the inverse.

Let f:N to Y be a function defined as f (x) =4x +3, where, Y = {y in N : y = 4x +3 for some x in N }. Show that f is invertible. Find the inverse.

Let f:N to Y be a function defined as f (x) =4x +3, where, Y = {y in N : y = 4x +3 for some x in N }. Show that f is invertible. Find the inverse.

Let f"":""N rarr Y be a function defined as f""(x)""=""4x""+""3 , where Y""=""{y in N"":""y""=""4x""+""3 for some x in N} . Show that f is invertible and its inverse is (1) g(y)=(3y+4)/3 (2) g(y)=4+(y+3)/4 (3) g(y)=(y+3)/4 (4) g(y)=(y-3)/4