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Solve the Inequality, Giving Its Solution Set in Both Interval $3 z + 4 > 2 z - 2$

Question 211

Multiple Choice

Solve the inequality, giving its solution set in both interval and graph forms.
- $3 z + 4 > 2 z - 2$
$Solve the inequality, giving its solution set in both interval and graph forms. - 3 z + 4 > 2 z - 2 A) [ - 6 , \infty ) B) ( - 6 , \infty ) C) ( - \infty , - 6 ] D) ( 2 , \infty )$

A) $[ - 6 , \infty )$
$Solve the inequality, giving its solution set in both interval and graph forms. - 3 z + 4 > 2 z - 2 A) [ - 6 , \infty ) B) ( - 6 , \infty ) C) ( - \infty , - 6 ] D) ( 2 , \infty )$
B) $( - 6 , \infty )$
$Solve the inequality, giving its solution set in both interval and graph forms. - 3 z + 4 > 2 z - 2 A) [ - 6 , \infty ) B) ( - 6 , \infty ) C) ( - \infty , - 6 ] D) ( 2 , \infty )$
C) $( - \infty , - 6 ]$
$Solve the inequality, giving its solution set in both interval and graph forms. - 3 z + 4 > 2 z - 2 A) [ - 6 , \infty ) B) ( - 6 , \infty ) C) ( - \infty , - 6 ] D) ( 2 , \infty )$
D) $( 2 , \infty )$
$Solve the inequality, giving its solution set in both interval and graph forms. - 3 z + 4 > 2 z - 2 A) [ - 6 , \infty ) B) ( - 6 , \infty ) C) ( - \infty , - 6 ] D) ( 2 , \infty )$

Solve the Inequality, Giving Its Solution Set in Both Interval 3z+4>2z−23 z + 4 > 2 z - 23z+4>2z−2

Multiple Choice

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Solve the Inequality, Giving Its Solution Set in Both Interval $3 z + 4 > 2 z - 2$

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