Use the graph to evaluate the expression.
-$$\text { Find } ( f \circ f ) ( - 1 ) \text { and } ( g \circ g ) ( 4 ) \text {. }$$.

A) $( f \circ f ) ( - 1 ) = 1 ; ( g \circ g ) ( 4 ) = 2$
B) $( f \circ f ) ( - 1 ) = 3 ; ( g \circ g ) ( 4 ) = 2$
C) $( f \circ f ) ( - 1 ) = 7 ; ( g \circ g ) ( 4 ) = 0$
D) $( f \circ f ) ( - 1 ) = 5 ; ( g \circ g ) ( 4 ) = 0$

Question

Use the graph to evaluate the expression.
-$$\text { Find } ( f \circ f ) ( - 1 ) \text { and } ( g \circ g ) ( 4 ) \text {. }$$.

A) $( f \circ f ) ( - 1 ) = 1 ; ( g \circ g ) ( 4 ) = 2$ 
B) $( f \circ f ) ( - 1 ) = 3 ; ( g \circ g ) ( 4 ) = 2$ 
C) $( f \circ f ) ( - 1 ) = 7 ; ( g \circ g ) ( 4 ) = 0$ 
D) $( f \circ f ) ( - 1 ) = 5 ; ( g \circ g ) ( 4 ) = 0$

Quizplus · Accepted Answer

The Answer of Use the graph to evaluate the expression.
-$$\text { Find } ( f \circ f ) ( - 1 ) \text { and } ( g \circ g ) ( 4 ) \text {. }$$.

A) $( f \circ f ) ( - 1 ) = 1 ; ( g \circ g ) ( 4 ) = 2$ 
B) $( f \circ f ) ( - 1 ) = 3 ; ( g \circ g ) ( 4 ) = 2$ 
C) $( f \circ f ) ( - 1 ) = 7 ; ( g \circ g ) ( 4 ) = 0$ 
D) $( f \circ f ) ( - 1 ) = 5 ; ( g \circ g ) ( 4 ) = 0$

Use the Graph to Evaluate the Expression Find (f∘f)(−1) and (g∘g)(4). \text { Find } ( f \circ f ) ( - 1 ) \text { and } ( g \circ g ) ( 4 ) \text {. } Find (f∘f)(−1) and (g∘g)(4).

Use the Graph to Evaluate the Expression $\text { Find } ( f \circ f ) ( - 1 ) \text { and } ( g \circ g ) ( 4 ) \text {. }$