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Solve the Inequality (x+8)(x4)x10\frac { ( x + 8 ) ( x - 4 ) } { x - 1 } \geq 0

Question 239

Multiple Choice

Solve the inequality. Graph the solution set and write the solution set in interval notation.
- (x+8) (x4) x10\frac { ( x + 8 ) ( x - 4 ) } { x - 1 } \geq 0
 Solve the inequality. Graph the solution set and write the solution set in interval notation. - \frac { ( x + 8 )  ( x - 4 )  } { x - 1 } \geq 0    A)  [-8,1)  \cup(1,4]    B)  [-8,1)  \cup[4, \infty)     C)   ( - \infty , - 8 ] \cup ( 1,4 ]    D)   ( - \infty , - 8 ] \cup [ 4 , \infty )


A) [8,1) (1,4][-8,1) \cup(1,4]
 Solve the inequality. Graph the solution set and write the solution set in interval notation. - \frac { ( x + 8 )  ( x - 4 )  } { x - 1 } \geq 0    A)  [-8,1)  \cup(1,4]    B)  [-8,1)  \cup[4, \infty)     C)   ( - \infty , - 8 ] \cup ( 1,4 ]    D)   ( - \infty , - 8 ] \cup [ 4 , \infty )
B) [8,1) [4,) [-8,1) \cup[4, \infty)
 Solve the inequality. Graph the solution set and write the solution set in interval notation. - \frac { ( x + 8 )  ( x - 4 )  } { x - 1 } \geq 0    A)  [-8,1)  \cup(1,4]    B)  [-8,1)  \cup[4, \infty)     C)   ( - \infty , - 8 ] \cup ( 1,4 ]    D)   ( - \infty , - 8 ] \cup [ 4 , \infty )
C) (,8](1,4]( - \infty , - 8 ] \cup ( 1,4 ]
 Solve the inequality. Graph the solution set and write the solution set in interval notation. - \frac { ( x + 8 )  ( x - 4 )  } { x - 1 } \geq 0    A)  [-8,1)  \cup(1,4]    B)  [-8,1)  \cup[4, \infty)     C)   ( - \infty , - 8 ] \cup ( 1,4 ]    D)   ( - \infty , - 8 ] \cup [ 4 , \infty )
D) (,8][4,) ( - \infty , - 8 ] \cup [ 4 , \infty )
 Solve the inequality. Graph the solution set and write the solution set in interval notation. - \frac { ( x + 8 )  ( x - 4 )  } { x - 1 } \geq 0    A)  [-8,1)  \cup(1,4]    B)  [-8,1)  \cup[4, \infty)     C)   ( - \infty , - 8 ] \cup ( 1,4 ]    D)   ( - \infty , - 8 ] \cup [ 4 , \infty )

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