In a manufacturing facility, a quality control sensor monitors the thickness deviation $x$ (in millimeters) of steel plates. The sensor triggers an alarm if the deviation satisfies the absolute value inequality $|x| \geq 5$. Which of the following compound inequalities correctly represents the values of $x$ that will trigger the alarm?

A quality assurance program flags a batch of components if the weight variance $x$ (in grams) satisfies the inequality $|x| \geq 5$. To express this geometrically, the variance must fall to the left of -5 or to the right of 5 on a number line. Algebraically, this translates to the compound inequality: $x \leq -5$ _____ $x \geq 5$.

In a laboratory setting, a sensitive chemical storage unit triggers an alarm if the temperature deviation $t$ (in degrees Celsius) from the target setting satisfies the absolute value inequality $|t| \geq 5$. Match each mathematical representation or concept with its corresponding role in this monitoring system.

Geometric Interpretation of Deviation Alerts

In an automated distribution center, a robotic sorter is programmed to flag a package for manual inspection if its weight deviation $w$ (in grams) satisfies the absolute value inequality $|w| \geq 5$. True or False: Under this programming, a package with a weight deviation of exactly -5 grams will be flagged for manual inspection.

In a retail distribution center, a logistics specialist monitors shipping container weight variances. If a container's weight variance $x$ (in kilograms) from the standard target weight satisfies the quality-control inequality $|x| \geq 5$, the container must be flagged for manual inspection. To explain the math behind this automated flag to new hires, you need to show how this absolute value inequality is geometrically interpreted on a number line and translated into an algebraic solution.

Arrange the following steps in the correct logical sequence to show this translation.