Let `'f'` be an even periodic function with period '4' such that `f(x) = 2^x - 1, 0 leq x leq 2`. The number of solutions of the equation `f(x) =1` in `[-10,20]` are

Let 'f' be an even periodic function with period ' 4 ' such that f(x)=2^(x)-1,0<=x<=2. The number of solutions of the equation f(x)=1 in [-10,20] are

Let f (x) = x^(2)+10x+20. Find the number of real solution of the equation f (f (f (f(x))))=0

Let f (x) = x^(2)+10x+20. Find the number of real solution of the equation f (f (f (f(x))))=0

An even periodic functin f : R to R with period 4 is such that f (x)= [{:(max. (|x|"," x ^(2)),, 0 le x lt 1),( x,, 1 le x le 2):} The number of solution of f (x) | 3 sin x| for x in (-6, 6) are :

An even periodic functin f : R to R with period 4 is such that f (x)= [{:(max. (|x|"," x ^(2)),, 0 le x lt 1),( x,, 1 le x le 2):} The number of solution of f (x) | 3 sin x| for x in (-6, 6) are :

An even periodic functin f : R to R with period 4 is such that f (x)= [{:(max. (|x|"," x ^(2)),, 0 le x lt 1),( x,, 1 le x le 2):} The number of solution of f (x)= | 3 sin x| for x in (-6, 6) are :

Suppose that f is even, periodic function with period 2, and that f(x) = x for all x in the interval [0, 1]. Then draw the graph of y = f(x).

Suppose that f is even, periodic function with period 2, and that f(x) = x for all x in the interval [0, 1]. Then draw the graph of y = f(x).

Suppose that f is even, periodic function with period 2, and that f(x) = x for all x in the interval [0, 1]. Then draw the graph of y = f(x).

Suppose that f is even, periodic function with period 2, and that f(x) = x for all x in the interval [0, 1]. Then draw the graph of y = f(x).