Is q = 6 a solution to the inequality below? 12 ≥ q Choices: (A)yes (B)no

Substitute q in inequality: We are given q = 6. Let's substitute the value for q in the inequality 12 ≥ q. 12 ≥ q Substitute q with 6. 12 ≥ 6Check if inequality holds true: Now, we need to determine if the inequality holds true after the substitution. After substituting q = 6, we have 12 ≥ 6. Since 12 is greater than or equal to 6, the inequality is true.Conclusion: Since the inequality 12 ≥ 6 is true, we can conclude that q = 6 is a solution to the inequality 12 ≥ q.

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Is $q = 6$ a solution to the inequality below? $\newline$ $12 \geq q$ $\newline$ Choices: $\newline$ (A)yes $\newline$ (B)no

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Math Problems

Grade 6

Solutions to inequalities

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Q. Is

q = 6

a solution to the inequality below?

\newline

12 \geq q

\newline

Choices:

\newline

(A)yes

\newline

(B)no

Substitute $q$ in inequality: We are given $q = 6$ . Let's substitute the value for $q$ in the inequality $12 \geq q$ . $\newline$ $12 \geq q$ $\newline$ Substitute $q$ with $6$ . $\newline$ $12 \geq 6$
Check if inequality holds true: Now, we need to determine if the inequality holds true after the substitution. $\newline$ After substituting $q = 6$ , we have $12 \geq 6$ . Since $12$ is greater than or equal to $6$ , the inequality is true.
Conclusion: Since the inequality $12 \geq 6$ is true, we can conclude that $q = 6$ is a solution to the inequality $12 \geq q$ .