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For the Compound Inequality, Give the Solution Set in Both $x \geq 2$

Question 135

Multiple Choice

For the compound inequality, give the solution set in both interval and graph forms.
- $x \geq 2$ and $x \geq-3$
$For the compound inequality, give the solution set in both interval and graph forms. - x \geq 2 and x \geq-3 A) (-\infty,-3] B) (-\infty, 2] C) (2, \infty) D) [2, \infty)$

A) $(-\infty,-3]$
$For the compound inequality, give the solution set in both interval and graph forms. - x \geq 2 and x \geq-3 A) (-\infty,-3] B) (-\infty, 2] C) (2, \infty) D) [2, \infty)$

B) $(-\infty, 2]$
$For the compound inequality, give the solution set in both interval and graph forms. - x \geq 2 and x \geq-3 A) (-\infty,-3] B) (-\infty, 2] C) (2, \infty) D) [2, \infty)$

C) $(2, \infty)$
$For the compound inequality, give the solution set in both interval and graph forms. - x \geq 2 and x \geq-3 A) (-\infty,-3] B) (-\infty, 2] C) (2, \infty) D) [2, \infty)$

D) $[2, \infty)$
$For the compound inequality, give the solution set in both interval and graph forms. - x \geq 2 and x \geq-3 A) (-\infty,-3] B) (-\infty, 2] C) (2, \infty) D) [2, \infty)$

For the Compound Inequality, Give the Solution Set in Both x≥2x \geq 2x≥2

Multiple Choice

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For the Compound Inequality, Give the Solution Set in Both $x \geq 2$

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