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Solve Using the Addition Principle $+4<-8$ A) $\{\mathrm{f} \mid \mathrm{f} \geq-12\}$ B) $\{$

Question 90

Multiple Choice

Solve using the addition principle. Graph and write set-builder notation for the answer.
-f $+4<-8$
$Solve using the addition principle. Graph and write set-builder notation for the answer. -f +4<-8 A) \{\mathrm{f} \mid \mathrm{f} \geq-12\} B) \{ f \mid f <-12\} C) \{f \mid f>-12\} D) \{\mathrm{f} \mid \mathrm{f} \leq-12\}$

A) $\{\mathrm{f} \mid \mathrm{f} \geq-12\}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. -f +4<-8 A) \{\mathrm{f} \mid \mathrm{f} \geq-12\} B) \{ f \mid f <-12\} C) \{f \mid f>-12\} D) \{\mathrm{f} \mid \mathrm{f} \leq-12\}$
B) $\{$ f $\mid$ f $<-12\}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. -f +4<-8 A) \{\mathrm{f} \mid \mathrm{f} \geq-12\} B) \{ f \mid f <-12\} C) \{f \mid f>-12\} D) \{\mathrm{f} \mid \mathrm{f} \leq-12\}$
C) $\{f \mid f>-12\}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. -f +4<-8 A) \{\mathrm{f} \mid \mathrm{f} \geq-12\} B) \{ f \mid f <-12\} C) \{f \mid f>-12\} D) \{\mathrm{f} \mid \mathrm{f} \leq-12\}$
D) $\{\mathrm{f} \mid \mathrm{f} \leq-12\}$
$Solve using the addition principle. Graph and write set-builder notation for the answer. -f +4<-8 A) \{\mathrm{f} \mid \mathrm{f} \geq-12\} B) \{ f \mid f <-12\} C) \{f \mid f>-12\} D) \{\mathrm{f} \mid \mathrm{f} \leq-12\}$

Solve Using the Addition Principle +4<−8+4<-8+4<−8 A) {f∣f≥−12}\{\mathrm{f} \mid \mathrm{f} \geq-12\}{f∣f≥−12} B) {\{{

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Solve Using the Addition Principle $+4<-8$ A) $\{\mathrm{f} \mid \mathrm{f} \geq-12\}$ B) $\{$

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