Question: 2. Evaluate g(f(2)) and f(g(1)) using the graphs below f) 9(2) 3. Given f(1) = :2 _t and h(x) 2 336+ 2 , evaluate h(f(_2))

 2. Evaluate g(f(2)) and f(g(1)) using the graphs below f\") 9(2)3. Given f(1) = :2 _t and h(x) 2 336+ 2 ,evaluate h(f(_2)) . 4. Given g(x) = 3x J; , evaluate g(t
2) . 6. Let f(x) = x' + 3x and g(x) =Vx , find f(g(x)) and g(f(x)). 7 . Let f ( x)=- and g(x) = - . Find the domain of f (8(x)).

2. Evaluate g(f(2)) and f(g(1)) using the graphs below f\") 9(2) 3. Given f(1) = :2 _t and h(x) 2 336+ 2 , evaluate h(f(_2)) . 4. Given g(x) = 3x J; , evaluate g(t 2) . 6. Let f(x) = x' + 3x and g(x) = Vx , find f(g(x)) and g(f(x)). 7 . Let f ( x) =- and g(x) = - . Find the domain of f (8(x)). x-2 X8. Given f(x)=t/x2 and g(x)= 22 ,find the domain of g(f(x)). x3 9. The function D( p) gives the number of items that will he demanded when the price is p. The production cost, C(x) is the cost of producing x items. To determine the cost of production when the price is $6, you would do which of the following. Explain. a. Evaluate D(C (6)) b. Evaluate C(D(6)) c. Solve D(C(x))=6 d. Solve C(D(p))=6 10. Find functions f (x) and g(x) so the given function can be expressed as h(x)=f(g(x)). h(.X)=3+'\\/

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