The range of `theta` in `(0, pi)` such that the point (3, 5) and `(sin theta, cos theta)` lie on the same side of the line `x+y-1=0` is

The range of values of theta in the interval (0, pi) such that the points (3,5) and (sin theta , cos theta) lie on the same side of the line x+y-1=0 , is

The range of values of theta in the interval (0, pi) such that the points (3,5) and (sin theta , cos theta) lie on the same side of the line x+y-1=0 , is

The range of values of theta in the interval (0, pi) such that the points (3,5) and (sin theta , cos theta) lie on the same side of the line x+y-1=0 , is

The range of values of theta in the interval (0, pi) such that the points (3,2) and (sin theta , cos theta) lie on the same side of the line x+y-1=0 , is

The range of values of theta in the interval (0, pi) such that the points (3,2) and (cos theta, sin theta) lie on the same side of the line x+y-1=0 is

The set of all possible values of theta in the interval (0,pi) for which the points (1,2) and ( sin theta, cos theta) lie on the same side of the line x+y=1 is:

If (sin theta,cos theta) and (3,2) lie on the same side of the line x+y=1, then theta lies between

If the points (4,3) and (cos theta, sin theta) lies same side of the line x+y-1=0 ,then theta lies in which Quadrant?