Find whether the given function is even or odd: `f(x)=x(sinx+tanx)/([(x+pi)/pi]-1/2);` where `[]` denotes the greatest integer function.

Find whether the given function is even or odd: f(x)=(x(sinx+tanx)/([x+pi/pi]-1/2); whether [] denotes the greatest integer function.

Find whether the given function is even or odd: f(x)=x(sin x+tan x)/([(x+pi)/(pi)]-(1)/(2)); where square denotes the greatest integer function.

Find whether the given function is even or odd function, where f(x)=(x(sinx+tanx))/([(x+pi)/pi-1/2]) , where, [.] denotes greatest integer function.

If f(x)=(2x(sinx+tanx))/(2[(x+2pi)/(pi)]-3) then it is (where [.] denotes the greatest integer function)

If f(x)=(2x(sinx+tanx))/(2[(x+2pi)/(pi)]-3) then it is (where [.] denotes the greatest integer function)

Let f(x)=(x(sinx+tanx))/([(x+pi)/(pi)]-1//2) (where (.] denotes the greatest integer function) then find f"(0) .

Let f(x)=(x(sinx+tanx))/([(x+pi)/(pi)]-1//2) (where (.] denotes the greatest integer function) then find f"(0) .

If f(x)=(sin([x]pi))/(x^2+x+1) , where [dot] denotes the greatest integer function, then

If f(x)=(sin([x]pi))/(x^2+x+1) , where [dot] denotes the greatest integer function, then

If f(x)=(sin([x]pi))/(x^2+x+1) , where [dot] denotes the greatest integer function, then