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Solve Using the Addition Principle $9 n + 5 > 8 n + 1$

Question 54

Multiple Choice

Solve using the addition principle. Graph and write set-builder notation for the answer.
- $9 n + 5 > 8 n + 1$
$Solve using the addition principle. Graph and write set-builder notation for the answer. - 9 n + 5 > 8 n + 1 A) \{ n \mid n \geq 6 \} B) \{ n \mid n < - 4 \} C) \{ n \mid n \leq 6 \} D) \{ n \mid n > - 4 \}$

A) $\{ n \mid n \geq 6 \}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. - 9 n + 5 > 8 n + 1 A) \{ n \mid n \geq 6 \} B) \{ n \mid n < - 4 \} C) \{ n \mid n \leq 6 \} D) \{ n \mid n > - 4 \}$
B) $\{ n \mid n < - 4 \}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. - 9 n + 5 > 8 n + 1 A) \{ n \mid n \geq 6 \} B) \{ n \mid n < - 4 \} C) \{ n \mid n \leq 6 \} D) \{ n \mid n > - 4 \}$
C) $\{ n \mid n \leq 6 \}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. - 9 n + 5 > 8 n + 1 A) \{ n \mid n \geq 6 \} B) \{ n \mid n < - 4 \} C) \{ n \mid n \leq 6 \} D) \{ n \mid n > - 4 \}$
D) $\{ n \mid n > - 4 \}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. - 9 n + 5 > 8 n + 1 A) \{ n \mid n \geq 6 \} B) \{ n \mid n < - 4 \} C) \{ n \mid n \leq 6 \} D) \{ n \mid n > - 4 \}$

Solve Using the Addition Principle 9n+5>8n+19 n + 5 > 8 n + 19n+5>8n+1

Multiple Choice

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Solve Using the Addition Principle $9 n + 5 > 8 n + 1$

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