Chapter 1: Problem 108
When 4 times a number is subtracted from \(5,\) the absolute value of the difference is at most \(13 .\) Use interval notation to express the set of all numbers that satisfy this condition.
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Chapter 1: Problem 108
When 4 times a number is subtracted from \(5,\) the absolute value of the difference is at most \(13 .\) Use interval notation to express the set of all numbers that satisfy this condition.
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Describe ways in which solving a linear inequality is similar to solving a linear equation.
Solve absolute value inequality. \(|5 x-2|>13\)
Here are two sets of ordered pairs: $$ \begin{array}{l} \operatorname{set} 1:\\{(1,5),(2,5)\\} \\ \text { set } 2:\\{(5,1),(5,2)\\} \end{array} $$ In which set is each \(x\) -coordinate paired with only one \(y\) -coordinate?
Solve absolute value inequality. \(\left|\frac{3 x-3}{9}\right| \geq 1\)
Solve absolute value inequality. \(\left|3-\frac{3}{4} x\right|>9\)
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