The point
, (where [.] denotes the greatest integer function) lies inside the region bounded by the circle
and
,then P lies in
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For the point to lies strictly in the area b/w the circles [P+1] can have value {-2,4} and [P] can have value {-3,3}.
So P can have values (-3,-2)U(3,4). Please correct me if I am wrong