10 < 2x+4 < 16. Subtract 4 from all 3 parts of this compound inequality. You will get an equivalent compound inequality 6 < 2x < 12. Now divide by 2 all 3 parts the last compound inequality. You will get an equivalent compound inequality 3 < x < 6. It is your answer: The solution to the original inequality is this interval of the number line (3,6).
Correct compound inequality:
Solve to get. This shows the range of values that satisfies the compound inequality.