Choose the ordered pair(s) that is a solution of the inequality statement. select all that apply. y < |-x| - 4
(5, -5)
(0, -4)
(1, -3)
(-5, -9)
(-1, 2)
(2, -4)

Y < |- x| - 4. Plug in to verify the inequality.

1st)   (5 , - 5) → -5 < | - 5| - 4 |  ↔ -5 < 5 - 4  ↔ - 5< 1 RIGHT

2nd)  (0 , - 4) → -4 < | - 0| - 4 |  ↔ -4 < 0 - 4  ↔ - 4< -4 WRONG

3rd)  (1 , - 3) → -3 <  | - 1| - 4 |  ↔ -3 < 1 - 4  ↔ - 3< -3 WRONG  

4th)  (-5 , - 9) → -9 < | - 5| - 4 |  ↔ -9 < 5 - 4  ↔ - 9< 1 RIGHT

5th)  (-1 ,  2)  → 2 <  | - 1| - 4 |  ↔   2 < 1 - 4  ↔ - 2< -3 WRONG

6th)  (2 , - 4) → -4 < | - 2| - 4 |  ↔ -4 < 2 - 4  ↔ - 4<-2 RIGHT

Number 40 is a rational number glad i could