How do you get rid of a fractions as a coefficient?

What numbers fit into this solution set

x ≥ 8

What numbers fit into this solution set

x < 2

What numbers fit into this solution set

x < -10

3y – 8 < 4.

What operations are used in the inequality?

3y – 8 < 4.

What inverse operations will be used to isolate the variable?

3. What is the first step?

3y – 8 < 4

4. After completing the first step, what is the simplified inequality?

3y – 8 < 4

5.    Look at the inequality selected in Question 4. 

What is the next step?

6.     What is the solution set?

What does how many more mean?

7.   Determine the solution set for each inequality. Answers may be used more than once or not at all.

7.   Determine the solution set for each inequality. Answers may be used more than once or not at all.

7.   Determine the solution set for each inequality. Answers may be used more than once or not at all.

7.   Determine the solution set for each inequality. Answers may be used more than once or not at all.

What Type of Animal are we talking about in this problem?

The Question asks for a percentage, what percent would we automatically use?

8.    Consider the inequality:

What is the first step?

10.   Look at the inequality written in Question 9.

What is the next step?

The solution set

x<6

What number(s) can be in the solution set?

The solution set

x< -6

What number(s) can be in the solution set?

What does each dot represent?

Exactly 9% of turns were 2 points?

Exactly 1/6 of turns were 5 points?

Exactly half the turns were 3 points or more?

Exactly 50% of the turns were 2 or 3 points?

What is the Minimum of Sales Team X?

What is the Maximum of Sales Team Y?

Which Team has the higher range (Max-Min)?

Which Team has the Median?

Which Team has the higher Interquartile range?

(box range* Q3-Q1)