In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 5x + 11 < 26

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 3x - 7 ≥ 13

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. -9x ≥ 36

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 4(x + 1) + 2 ≥ 3x + 6

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 2x - 11 < - 3(x + 2)

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 1 - (x + 3) ≥ 4 - 2x

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. x/4 - 3/2 ≤ x/2 + 1

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 1 - x/2 > 4

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. (x - 4)/6 ≥ (x - 2)/9 + 5/18

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 4(3x - 2) - 3x < 3(1 + 3x) - 7

In all exercises, other than exercises with no solution, use interval notation to express solution sets and graph each solution set on a number line. In Exercises 27–50, solve each linear inequality. 5(x - 2) - 3(x + 4) ≥ 2x - 20

In Exercises 51–58, solve each compound inequality. 6 < x + 3 < 8

In Exercises 51–58, solve each compound inequality. - 3 ≤ x - 2 < 1

In Exercises 51–58, solve each compound inequality. - 11 < 2x - 1 ≤ - 5

In Exercises 51–58, solve each compound inequality. - 3 ≤ (2/3)x - 5 < - 1

In Exercises 59–94, solve each absolute value inequality. |x| < 3

In Exercises 59–94, solve each absolute value inequality. |x - 1| ≤ 2

In Exercises 59–94, solve each absolute value inequality. |x + 3| ≤ 4

In Exercises 59–94, solve each absolute value inequality. |2x - 6| < 8

In Exercises 59–94, solve each absolute value inequality. |3x + 5| < 17

In Exercises 59–94, solve each absolute value inequality. |2(x - 1) + 4| ≤ 8

In Exercises 59–94, solve each absolute value inequality. |x| > 3

In Exercises 59–94, solve each absolute value inequality. |x - 1| ≥ 2

In Exercises 59–94, solve each absolute value inequality. |3x - 8| > 7

In Exercises 59–94, solve each absolute value inequality. |(2x + 2)/4| ≥ 2

In Exercises 59–94, solve each absolute value inequality. |3 - (2/3)x| > 5

In Exercises 59–94, solve each absolute value inequality. 3|x - 1| + 2 ≥ 8

In Exercises 59–94, solve each absolute value inequality. - 2|x - 4| ≥ - 4

In Exercises 59–94, solve each absolute value inequality. 3 ≤ |2x - 1|

In Exercises 59–94, solve each absolute value inequality. 5 > |4 - x|