Answer:
(-2, 2)
Step-by-step explanation:
We test the points algebraically:
At point (0,1): x=0, y=1

At point (-2,2): x=-2, y=2

At point (1,2): x=1, y=2

At point (1,3): x=1, y=3

We observe that only the point (-2,2) gives a false result.
Therefore, (-2,2) is not a solution of 3x - y>-2.