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Solve the Polynomial Inequality $y=(x-3)^{2}-2$ To Solve $(x-3)^{2}-2>-1$

A) $(\infty, 2) \cup(4, \infty)$

Question 130

Multiple Choice

Solve the polynomial inequality. Express your solution on a number line using interval notation.
-Use the graph of $y=(x-3) ^{2}-2$ to solve $(x-3) ^{2}-2>-1$ .
$Solve the polynomial inequality. Express your solution on a number line using interval notation. -Use the graph of y=(x-3) ^{2}-2 to solve (x-3) ^{2}-2>-1 . A) (\infty, 2) \cup(4, \infty) B) (2,4) C) [2,4] D) (\infty, 2] \cup[4, \infty)$

A) $(\infty, 2) \cup(4, \infty)$
$Solve the polynomial inequality. Express your solution on a number line using interval notation. -Use the graph of y=(x-3) ^{2}-2 to solve (x-3) ^{2}-2>-1 . A) (\infty, 2) \cup(4, \infty) B) (2,4) C) [2,4] D) (\infty, 2] \cup[4, \infty)$
B) $(2,4)$
$Solve the polynomial inequality. Express your solution on a number line using interval notation. -Use the graph of y=(x-3) ^{2}-2 to solve (x-3) ^{2}-2>-1 . A) (\infty, 2) \cup(4, \infty) B) (2,4) C) [2,4] D) (\infty, 2] \cup[4, \infty)$
C) $[2,4]$
$Solve the polynomial inequality. Express your solution on a number line using interval notation. -Use the graph of y=(x-3) ^{2}-2 to solve (x-3) ^{2}-2>-1 . A) (\infty, 2) \cup(4, \infty) B) (2,4) C) [2,4] D) (\infty, 2] \cup[4, \infty)$
D) $(\infty, 2] \cup[4, \infty)$
$Solve the polynomial inequality. Express your solution on a number line using interval notation. -Use the graph of y=(x-3) ^{2}-2 to solve (x-3) ^{2}-2>-1 . A) (\infty, 2) \cup(4, \infty) B) (2,4) C) [2,4] D) (\infty, 2] \cup[4, \infty)$

Solve the Polynomial Inequality y=(x−3)2−2y=(x-3)^{2}-2y=(x−3)2−2 To Solve (x−3)2−2>−1(x-3)^{2}-2>-1(x−3)2−2>−1 A) (∞,2)∪(4,∞)(\infty, 2) \cup(4, \infty)(∞,2)∪(4,∞)

Multiple Choice

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Solve the Polynomial Inequality $y=(x-3)^{2}-2$ To Solve $(x-3)^{2}-2>-1$

A) $(\infty, 2) \cup(4, \infty)$

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