Solve the inequality. Then graph your solution. ____ 40. a. c. b. d. ____ 41. < 4x 10 < 6 –2 – a. 4 < < 12 c. < < x –16 x –8 b. < < d. 2 < < 4 x x ____ 42. a. < < 14 c. > > 8 x x –36 –17 b. < < 8 d. < < 8 x x –17 –8 Solve the inequality. ____ 43. + + x a. b. c. d. x x x x Write a compound inequality that the graph could represent. ____ 44. a. c. b. d. ____ 45. a. c. b. d. Solve the compound inequality. Graph your solution. ____ 46. a. or c. or b. or d. or Solve the equation. If there is no solution, write no solution. ____ 47. a. = 13 c. = x x –1 b. = 13 or = d. no solution x x –13 ____ 48. The ideal width of a safety belt strap for a certain automobile is 5 cm. An actual width can vary by at most 0.35 cm. Write an absolute value inequality for the range of acceptable widths. a. c.
Solve the inequality. Then graph your solution. ____ 40. a. c. b. d. ____ 41. –2 < 4x – 10 < 6 a. 4 < x < 12 c. –16 < x < –8 b. < x < d. 2 < x < 4 ____ 42. a. –36 < x < 14 c. –17 > x > 8 b. –17 < x < 8 d. –8 < x < 8 Solve the inequality. ____ 43. + x + a. x b. x c. x d. x Write a compound inequality that the graph could represent. ____ 44. a. c. b. d. ____ 45. a. c. b. d. Solve the compound inequality. Graph your solution. ____ 46. a. or c. or b. or d. or Solve the equation. If there is no solution, write no solution. ____ 47. a. x = 13 c. x = –1 b. x = 13 or x = –13 d. no solution ____ 48. The ideal width of a safety belt strap for a certain automobile is 5 cm. An actual width can vary by at most 0.35 cm. Write an absolute value inequality for the range of acceptable widths. a. c.