The inequality equation that represents the interval − ∞ , − 10 and whether the interval is bounded or unbounded. The interval − ∞ , − 10 corresponds to − ∞ < x ≤ − 10 and the interval is unbounded. Explanation: The solution of the inequality equation is the set of all real numbers. The real number line representing the solution of the inequality is the graph of the inequality. Graphs of the inequality are intervals on the real number line. Each interval can be classified as bounded or unbounded. The unbounded interval is, the interval where the end of the solution set or both go to infinity. The bounded interval is the interval where, both lower and upper are real numbers. The interval − ∞ , − 10 corresponds to − ∞ < x ≤ − 10 . The given interval is unbounded since its lower limit is − ∞ .
The inequality equation that represents the interval − ∞ , − 10 and whether the interval is bounded or unbounded. The interval − ∞ , − 10 corresponds to − ∞ < x ≤ − 10 and the interval is unbounded. Explanation: The solution of the inequality equation is the set of all real numbers. The real number line representing the solution of the inequality is the graph of the inequality. Graphs of the inequality are intervals on the real number line. Each interval can be classified as bounded or unbounded. The unbounded interval is, the interval where the end of the solution set or both go to infinity. The bounded interval is the interval where, both lower and upper are real numbers. The interval − ∞ , − 10 corresponds to − ∞ < x ≤ − 10 . The given interval is unbounded since its lower limit is − ∞ .
Solution Summary: The author explains the inequality equation that represents the interval (-infty,-10right] and whether it is bounded or unbound. The real number line representing the solution of the
The inequality equation that represents the interval −∞,−10 and whether the interval is bounded or unbounded.
The interval −∞,−10 corresponds to −∞<x≤−10 and the interval is unbounded.
Explanation:
The solution of the inequality equation is the set of all real numbers. The real number line representing the solution of the inequality is the graph of the inequality. Graphs of the inequality are intervals on the real number line.
Each interval can be classified as bounded or unbounded.
The unbounded interval is, the interval where the end of the solution set or both go to infinity.
The bounded interval is the interval where, both lower and upper are real numbers.
The interval −∞,−10 corresponds to −∞<x≤−10.
The given interval is unbounded since its lower limit is −∞.
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