Is the inequality always, sometimes, or never true? 13. 3(2x + 1) > 5x − (2 − x)14. 2(x − 1) ≥ x + 7 15. 7x + 2 ≤ 2(2x − 4) + 3x16. 5(x − 3) < 2(x − 9)

13. 3(2x + 1) > 5x - (2 - x)
      6x + 3 > 5x - 2 + x
      6x + 3 > 6x - 2
      6x - 6x > -2 - 3
       0 > -5ALWAYS TRUE

14. 2(x - 1) > = x + 7
      2x - 2 > = x + 7
      2x - x > = 7 + 2
      x > = 9SOMETIMES TRUE

15. 7x + 2 < = 2(2x - 4)
     7x + 2 < = 4x - 8
     7x - 4x < = -8 - 2
     3x < = - 10
      x < = -10/3SOMETIMES TRUE

16. 5(x - 3) < 2(x - 9)
      5x - 15 < 2x - 18
      5x - 2x < -18 + 15
      3x < -3
      x < -3/3
      x < -1SOMETIMES TRUE