Answer:
No,because (6,4) is on the line.
Explanation:
We are given that an inequality equation

We have to find that the ordered pair (6,4) is a solution of given inequality or not.

Substitute x=6



The value of y is greater than 4 not equal to 4.
Therefore, (6,4) is not a solution of given inequality.
No,because (6,4) is on the line.