`I=int_0^Tf(x)dx`, then show that `int_3^(3+3T)f(2x)dx=3I`.

Let T >0 be a fixed real number. Suppose f is continuous function such that for all x in R ,f(x+T)=f(x)dot If I=int_0^Tf(x)dx , then the value of int_3^(3+3T)f(2x)dx is (a) 3/2I (b) 2I (c) 3I (d) 6I

Let T >0 be a fixed real number. Suppose f is continuous function such that for all x in R ,f(x+T)=f(x)dot If I=int_0^Tf(x)dx , then the value of int_3^(3+3T)f(2x)dx is 3/2I (b) 2I (c) 3I (d) 6I

Let T >0 be a fixed real number. Suppose f is continuous function such that for all x in R ,f(x+T)=f(x)dot If I=int_0^Tf(x)dx , then the value of int_3^(3+3T)f(2x)dx is (a) 3/2I (b) 2I (c) 3I (d) 6I

Let T >0 be a fixed real number. Suppose f is continuous function such that for all x in R ,f(x+T)=f(x)dot If I=int_0^Tf(x)dx , then the value of int_3^(3+3T)f(2x)dx is (a) 3/2I (b) 2I (c) 3I (d) 6I

Let T >0 be a fixed real number. Suppose f is continuous function such that for all x in R ,f(x+T)=f(x)dot If I=int_0^Tf(x)dx , then the value of int_3^(3+3T)f(2x)dx is 3/2I (b) 2I (c) 3I (d) 6I

let T le0 be a fixed real number suppose f is continuous function such that for all x in R f(x+T)=F(x) if I=int_0^T f(x)dx then the value of int_3^(3+3T)f(2x)dx is

Let T>0 be a fixed real number.Suppose f is continuous function such that for all x in R,f(x+T)=f(x)* If I=int_(0)^(T)f(x)dx then the value of int_(3)^(3+3T)f(2x)dx is (a) (3)/(2)I( b) 2I( c) 3I(d)6I

Let Tgt0 be a fixed real number. Suppose f is a cintinuous function such that f(x+T) = f(x) "for all" x in R . If I=int_(0)^(T) f(x)dx, then the vlaue of int_(3)^(3+3T) f(2x)dx is

Let T > 0 be a fixed real number. Suppose f is a continuous function such that for all x in R f(x + T) = f(x) . If I = int_6^T f(x) dx , then the value of int_(3)^(3 + 3T) f(2x)dx is: