Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x +

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. C D

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. C D

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. A D

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. A D

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. A B

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. A B

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. B D

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. B D

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. B C

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. B C

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. A C

If A = 5x 0 x is an even integer6, B = 5x 0 x is an odd integer6, C = 52, 3, 4, 56, and D = 54, 5, 6, 76, list the elements of each set. See Examples 1 and 6. A C

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 2 and 3. x 6 1 and x 7 -3

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 2 and 3. x 0 and x -2

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 2 and 3. x -3 and x -2

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 2 and 3. x 6 2 and x 7 4

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 2 and 3. x 6 -1 and x 6 1

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 2 and 3. x -4 and x 7 1

Solve each compound inequality. Write solutions in interval notation. See Examples 2 and 3. x + 1 7 and 3x - 1 5

Solve each compound inequality. Write solutions in interval notation. See Examples 2 and 3. x + 2 3 and 5x - 1 9

Solve each compound inequality. Write solutions in interval notation. See Examples 2 and 3. 4x + 2 -10 and 2x 0

Solve each compound inequality. Write solutions in interval notation. See Examples 2 and 3. 2x + 4 7 0 and 4x 7 0

Solve each compound inequality. Write solutions in interval notation. See Examples 2 and 3. -2x 6 -8 and x - 5 6 5

Solve each compound inequality. Write solutions in interval notation. See Examples 2 and 3. -7x -21 and x - 20 -15

Solve each compound inequality. See Examples 4 and 5. 5 6 x - 6 6 11

Solve each compound inequality. See Examples 4 and 5. -2 x + 3 0

Solve each compound inequality. See Examples 4 and 5. -2 3x - 5 7

Solve each compound inequality. See Examples 4 and 5. 1 6 4 + 2x 6 7

Solve each compound inequality. See Examples 4 and 5. 1 2 3 x + 3 4

Solve each compound inequality. See Examples 4 and 5. -2 6 1 2 x - 5 6 1

Solve each compound inequality. See Examples 4 and 5. -5 -3x + 1 4 2

Solve each compound inequality. See Examples 4 and 5. -4 -2x + 5 3 1

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 7 and 8. x 6 4 or x 6 5

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 7 and 8. x -2 or x 2

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 7 and 8. x -4 or x 1

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 7 and 8. x 6 0 or x 6 1

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 7 and 8. x 7 0 or x 6 3

Solve each compound inequality. Graph the solution set and write it in interval notation. See Examples 7 and 8. x -3 or x -4

Solve each compound inequality. Write solutions in interval notation. See Examples 7 and 8. -2x -4 or 5x - 20 5

Solve each compound inequality. Write solutions in interval notation. See Examples 7 and 8. -5x 10 or 3x - 5 1

Solve each compound inequality. Write solutions in interval notation. See Examples 7 and 8. x + 4 6 0 or 6x 7 -12

Solve each compound inequality. Write solutions in interval notation. See Examples 7 and 8. x + 9 6 0 or 4x 7 -12

Solve each compound inequality. Write solutions in interval notation. See Examples 7 and 8. 31x - 12 6 12 or x + 7 7 10

Solve each compound inequality. Write solutions in interval notation. See Examples 7 and 8. 51x - 12 -5 or 5 + x 11

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. x 6 2 3 and x 7 - 1 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. x 6 5 7 and x 6 1

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. x 6 2 3 or x 7 - 1 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. x 6 5 7 or x 6 1

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 0 2x - 3 9

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 3 6 5x + 1 6 11

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 1 2 6 x - 3 4 6 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 2 3 6 x + 1 2 6 4

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. x + 3 3 and x + 3 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 2x - 1 3 and -x 7 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 3x 5 or - 5 8 x - 6 7 1

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 3 8 x + 1 0 or -2x 6 -4

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 0 6 5 - 2x 3 6 5

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -2 6 -2x - 1 3 6 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -6 6 31x - 22 8

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -5 6 21x + 42 6 8

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -x + 5 7 6 and 1 + 2x -5

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 5x 0 and -x + 5 6 8

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 3x + 2 5 or 7x 7 29

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -x 6 7 or 3x + 1 6 -20

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 5 - x 7 7 and 2x + 3 13

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -2x 6 -6 or 1 - x 7 -2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. - 1 2 4x - 1 6 6 5 6

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. - 1 2 3x - 1 10 6 1 2

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 1 15 6 8 - 3x 15 6 4 5

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 1 4 6 6 - x 12 6 - 1 6

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. 0.3 6 0.2x - 0.9 6 1.5

Solve each compound inequality. Write solutions in interval notation. See Examples 1 through 8. -0.7 0.4x + 0.8 6 0.5

Evaluate the following. See Sections 1.2 and 1.3. -7 0 - 0 19 0

Evaluate the following. See Sections 1.2 and 1.3. 0 -7 - 19 0

Evaluate the following. See Sections 1.2 and 1.3. -1 -62 - 0 -10 0

Evaluate the following. See Sections 1.2 and 1.3. -4 0 - 1 -42 + 0 -20 0

Find by inspection all values for x that make each equation true. x 0 = 7

Find by inspection all values for x that make each equation true. x 0 = 5

Find by inspection all values for x that make each equation true. 0 x 0 = 0

Find by inspection all values for x that make each equation true. x = -2

Use the graph to answer Exercises 81 and 82. For which years were the number of single-family housing starts greater than 1500 and the number of single-family home completions greater than 1500?

Use the graph to answer Exercises 81 and 82. For which years were the number of single-family housing starts less than 1000 or the number of single-family housing completions greater than 1500?

Use the graph to answer Exercises 81 and 82. In your own words, describe how to find the union of two sets.

Use the graph to answer Exercises 81 and 82. In your own words, describe how to find the intersection of two sets.

Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x + 5, notice that this inequality contains a variable not only in the middle but also on the left and the right. When this occurs, we solve by rewriting the inequality using the word and. x - 6 6 3x and 3x 6 2x + 5 -6 6 2x and x 6 5 -3 6 x x 7 -3 and x 6 5 2x - 3 6 3x + 1 6 4x - 5

Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x + 5, notice that this inequality contains a variable not only in the middle but also on the left and the right. When this occurs, we solve by rewriting the inequality using the word and. x - 6 6 3x and 3x 6 2x + 5 -6 6 2x and x 6 5 -3 6 x x 7 -3 and x 6 5 x + 3 6 2x + 1 6 4x + 6

Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x + 5, notice that this inequality contains a variable not only in the middle but also on the left and the right. When this occurs, we solve by rewriting the inequality using the word and. x - 6 6 3x and 3x 6 2x + 5 -6 6 2x and x 6 5 -3 6 x x 7 -3 and x 6 5 -31x - 22 3 - 2x 10 - 3x

Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x + 5, notice that this inequality contains a variable not only in the middle but also on the left and the right. When this occurs, we solve by rewriting the inequality using the word and. x - 6 6 3x and 3x 6 2x + 5 -6 6 2x and x 6 5 -3 6 x x 7 -3 and x 6 5 7x - 1 7 + 5x 311 + 2x2

Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x + 5, notice that this inequality contains a variable not only in the middle but also on the left and the right. When this occurs, we solve by rewriting the inequality using the word and. x - 6 6 3x and 3x 6 2x + 5 -6 6 2x and x 6 5 -3 6 x x 7 -3 and x 6 5 5x - 8 6 212 + x2 6 -211 + 2x2

Solve each compound inequality for x. See the example below. To solve x - 6 6 3x 6 2x + 5, notice that this inequality contains a variable not only in the middle but also on the left and the right. When this occurs, we solve by rewriting the inequality using the word and. x - 6 6 3x and 3x 6 2x + 5 -6 6 2x and x 6 5 -3 6 x x 7 -3 and x 6 5 1 + 2x 6 312 + x2 6 1 + 4x

The formula for converting Fahrenheit temperatures to Celsius temperatures is C = 5 9 1F - 322 . Use this formula for Exercises 91 and 92. During a recent year, the temperatures in Chicago ranged from -29C to 35C. Use a compound inequality to convert these temperatures to Fahrenheit temperatures.

The formula for converting Fahrenheit temperatures to Celsius temperatures is C = 5 9 1F - 322 . Use this formula for Exercises 91 and 92. In Oslo, the average temperature ranges from -10 to 18 Celsius. Use a compound inequality to convert these temperatures to the Fahrenheit scale.

The formula for converting Fahrenheit temperatures to Celsius temperatures is C = 5 9 1F - 322 . Use this formula for Exercises 91 and 92. Christian DAngelo has scores of 68, 65, 75, and 78 on his algebra tests. Use a compound inequality to find the scores he can make on his final exam to receive a C in the course. The final exam counts as two tests, and a C is received if the final course average is from 70 to 79.

The formula for converting Fahrenheit temperatures to Celsius temperatures is C = 5 9 1F - 322 . Use this formula for Exercises 91 and 92. Wendy Wood has scores of 80, 90, 82, and 75 on her chemistry tests. Use a compound inequality to find the range of scores she can make on her final exam to receive a B in the course. The final exam counts as two tests, and a B is received if the final course average is from 80 to 89.