Solve the Compound Inequality$3 x + 1 23$

The Answer of Solve the Compound Inequality$3 x + 1 23$

Solve the Compound Inequality$3 x + 1 23$

The Answer of Solve the Compound Inequality$3 x + 1 23$

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Solve the Compound Inequality $3 x + 1 < 7$ Or $3 x - 1 > 23$

Question 47

Multiple Choice

Solve the compound inequality. Graph the solution set (if one exists) and write it using interval notation. $3 x + 1 < 7$ or $3 x - 1 > 23$

A) $( - \infty , 2 ) \cup ( 8 , \infty )$
$Solve the compound inequality. Graph the solution set (if one exists) and write it using interval notation. 3 x + 1 < 7 or 3 x - 1 > 23 A) ( - \infty , 2 ) \cup ( 8 , \infty ) B) ( 2,8 ) C) ( - \infty , 2 ) D) ( 8 , \infty ) E) \varnothing$
B) $( 2,8 )$
$Solve the compound inequality. Graph the solution set (if one exists) and write it using interval notation. 3 x + 1 < 7 or 3 x - 1 > 23 A) ( - \infty , 2 ) \cup ( 8 , \infty ) B) ( 2,8 ) C) ( - \infty , 2 ) D) ( 8 , \infty ) E) \varnothing$
C)
$( - \infty , 2 )$
$Solve the compound inequality. Graph the solution set (if one exists) and write it using interval notation. 3 x + 1 < 7 or 3 x - 1 > 23 A) ( - \infty , 2 ) \cup ( 8 , \infty ) B) ( 2,8 ) C) ( - \infty , 2 ) D) ( 8 , \infty ) E) \varnothing$
D) $( 8 , \infty )$
$Solve the compound inequality. Graph the solution set (if one exists) and write it using interval notation. 3 x + 1 < 7 or 3 x - 1 > 23 A) ( - \infty , 2 ) \cup ( 8 , \infty ) B) ( 2,8 ) C) ( - \infty , 2 ) D) ( 8 , \infty ) E) \varnothing$
E) $\varnothing$
$Solve the compound inequality. Graph the solution set (if one exists) and write it using interval notation. 3 x + 1 < 7 or 3 x - 1 > 23 A) ( - \infty , 2 ) \cup ( 8 , \infty ) B) ( 2,8 ) C) ( - \infty , 2 ) D) ( 8 , \infty ) E) \varnothing$

Solve the Compound Inequality 3x+1<73 x + 1 < 73x+1<7 Or 3x−1>233 x - 1 > 233x−1>23

Multiple Choice

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Solve the Compound Inequality $3 x + 1 < 7$ Or $3 x - 1 > 23$

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