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Solve the Absolute Value Inequality ϕ \phi , Use Interval Notation to Express the Solution Set and Use

Question 33

Multiple Choice

Solve the absolute value inequality. Other than ϕ \phi , use interval notation to express the solution set and graph the solution set on a number line.
- x+6<4| x + 6 | < 4
 Solve the absolute value inequality. Other than   \phi , use interval notation to express the solution set and graph the solution set on a number line. - | x + 6 | < 4    A)   ( - 10 , - 2 )     B)   [ - 10 , - 2 ]    C)   \varnothing    D)   ( - \infty , - 10 )  \cup ( - 2 , \infty )


A) (10,2) ( - 10 , - 2 )
 Solve the absolute value inequality. Other than   \phi , use interval notation to express the solution set and graph the solution set on a number line. - | x + 6 | < 4    A)   ( - 10 , - 2 )     B)   [ - 10 , - 2 ]    C)   \varnothing    D)   ( - \infty , - 10 )  \cup ( - 2 , \infty )
B) [10,2][ - 10 , - 2 ]
 Solve the absolute value inequality. Other than   \phi , use interval notation to express the solution set and graph the solution set on a number line. - | x + 6 | < 4    A)   ( - 10 , - 2 )     B)   [ - 10 , - 2 ]    C)   \varnothing    D)   ( - \infty , - 10 )  \cup ( - 2 , \infty )
C) \varnothing
 Solve the absolute value inequality. Other than   \phi , use interval notation to express the solution set and graph the solution set on a number line. - | x + 6 | < 4    A)   ( - 10 , - 2 )     B)   [ - 10 , - 2 ]    C)   \varnothing    D)   ( - \infty , - 10 )  \cup ( - 2 , \infty )
D) (,10) (2,) ( - \infty , - 10 ) \cup ( - 2 , \infty )
 Solve the absolute value inequality. Other than   \phi , use interval notation to express the solution set and graph the solution set on a number line. - | x + 6 | < 4    A)   ( - 10 , - 2 )     B)   [ - 10 , - 2 ]    C)   \varnothing    D)   ( - \infty , - 10 )  \cup ( - 2 , \infty )

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