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Find the Complex Zeros of the Quadratic Function $| x - 5 | - 2 \geq 6$

Question 136

Multiple Choice

Find the complex zeros of the quadratic function.
Solve the inequality. Express your answer using interval notation. Graph the solution set.
- $| x - 5 | - 2 \geq 6$
$Find the complex zeros of the quadratic function. Solve the inequality. Express your answer using interval notation. Graph the solution set. - | x - 5 | - 2 \geq 6 A) ( - \infty , - 3 ] \cup [ 13 , \infty ) B) ( - 3,13 ) C) [ 13 , \infty ) D) [ - 3,13 ]$

A) $( - \infty , - 3 ] \cup [ 13 , \infty )$
$Find the complex zeros of the quadratic function. Solve the inequality. Express your answer using interval notation. Graph the solution set. - | x - 5 | - 2 \geq 6 A) ( - \infty , - 3 ] \cup [ 13 , \infty ) B) ( - 3,13 ) C) [ 13 , \infty ) D) [ - 3,13 ]$
B) $( - 3,13 )$
$Find the complex zeros of the quadratic function. Solve the inequality. Express your answer using interval notation. Graph the solution set. - | x - 5 | - 2 \geq 6 A) ( - \infty , - 3 ] \cup [ 13 , \infty ) B) ( - 3,13 ) C) [ 13 , \infty ) D) [ - 3,13 ]$
C) $[ 13 , \infty )$
$Find the complex zeros of the quadratic function. Solve the inequality. Express your answer using interval notation. Graph the solution set. - | x - 5 | - 2 \geq 6 A) ( - \infty , - 3 ] \cup [ 13 , \infty ) B) ( - 3,13 ) C) [ 13 , \infty ) D) [ - 3,13 ]$
D) $[ - 3,13 ]$
$Find the complex zeros of the quadratic function. Solve the inequality. Express your answer using interval notation. Graph the solution set. - | x - 5 | - 2 \geq 6 A) ( - \infty , - 3 ] \cup [ 13 , \infty ) B) ( - 3,13 ) C) [ 13 , \infty ) D) [ - 3,13 ]$

Find the Complex Zeros of the Quadratic Function ∣x−5∣−2≥6| x - 5 | - 2 \geq 6∣x−5∣−2≥6

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Find the Complex Zeros of the Quadratic Function $| x - 5 | - 2 \geq 6$

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