Let `f: R->R` be given by `f(x)=x^2-3` . Then, `f^(-1)` is given by `(a)sqrt(x+3)` (b) `sqrt(x)+3` (c) `x+sqrt(3)` (d) none of these

Let f: R->R be given by f(x)=x^2-3 . Then, f^(-1) is given by sqrt(x+3) (b) sqrt(x)+3 (c) x+sqrt(3) (d) none of these

Let f: R-{-1}->R-{1} be given by f(x)=x/(x+1) . Write f^(-1)(x) .

f:R to R given by f(x)=5-3 sin x, is

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

Let A={x in R : xlt=1} and f: A->A be defined as f(x)=x(2-x) . Then, f^(-1)(x) is: (a) 1+sqrt(1-x) (b) 1-sqrt(1-x) (c) sqrt(1-x) (d) 1+-sqrt(1-x)

f:R to R" given by "f(x)=x+sqrt(x^(2)) ,is

If f: R->R be given by f(x)=(3-x^3)^(1//3) , then fof(x) is(a) 1/(x^3) (b) x^3 (c) x (d) (3-x^3)

If f:R to R be given by f(x)=(3-x^(3))^(1//3) , then fof(x) is

f: R->R given by f(x)=x+sqrt(x^2) is (a) injective (b) surjective (c) bijective (d) none of these

Let f(x)=(x-a)^2+(x-b)^2+(x-c)^2 . Then, f(x) has a minimum at x= (a+b+c)/3 (b) 3sqrt(a b c) (c) 3/(1/a+1/b+1/c) (d) none of these