Is v = –4 a solution to the inequality below? v ≥ –12 Choices: (A)yes (B)no

Given value check: We are given v = -4. We need to check if this value satisfies the inequality v ≥ -12. Plug in the value for v in v ≥ -12. v ≥ -12 Replace v with -4. -4 ≥ -12Verify inequality with value: Determine if the inequality holds true with v = -4. Comparing the values, -4 is greater than -12. Therefore, -4 ≥ -12 is a true statement.Conclusion and correct choice: Since the inequality is true when v = -4, we can conclude that v = -4 is indeed a solution to the inequality v ≥ -12. Choose the equivalent option that says v = -4 is a solution to the inequality v ≥ -12. The correct choice is (A) yes.

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Is $v = -4$ a solution to the inequality below? $\newline$ $v \geq -12$ $\newline$ Choices: $\newline$ (A)yes $\newline$ (B)no

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Math Problems

Grade 8

Solutions to inequalities

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Q. Is

v = -4

a solution to the inequality below?

\newline

v \geq -12

\newline

Choices:

\newline

(A)yes

\newline

(B)no

Given value check: We are given $v = -4$ . We need to check if this value satisfies the inequality $v \geq -12$ . $\newline$ Plug in the value for $v$ in $v \geq -12$ . $\newline$ $v \geq -12$ $\newline$ Replace $v$ with $-4$ . $\newline$ $-4 \geq -12$
Verify inequality with value: Determine if the inequality holds true with $v = -4$ . Comparing the values, $-4$ is greater than $-12$ . Therefore, $-4 \geq -12$ is a true statement.
Conclusion and correct choice: Since the inequality is true when $v = -4$ , we can conclude that $v = -4$ is indeed a solution to the inequality $v \geq -12$ . Choose the equivalent option that says $v = -4$ is a solution to the inequality $v \geq -12$ . The correct choice is (A) yes.