Questions: What is the domain of g^-1(x)? State in interval notation. dom(g^-1(x))= What is the range of g^-1(x)? State in interval notation. ran(g^-1(x))=

What is the domain of g^-1(x)? State in interval notation. dom(g^-1(x))= 
What is the range of g^-1(x)? State in interval notation. ran(g^-1(x))=
Transcript text: What is the domain of $g^{-1}(x)$ ? State in interval notation. $\operatorname{dom}\left(g^{-1}(x)\right)=$ $\square$ What is the range of $g^{-1}(x)$ ? State in interval notation. $\operatorname{ran}\left(g^{-1}(x)\right):$ $\square$
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Solution

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Solution Steps

Step 1: Identify the domain of g(x) g(x)

The domain of g(x) g(x) is the set of all possible input values (x-values) for which the function is defined. From the graph, g(x) g(x) is defined for x x in the interval [4,2][-4, 2].

Step 2: Determine the range of g(x) g(x)

The range of g(x) g(x) is the set of all possible output values (y-values) that g(x) g(x) can take. From the graph, g(x) g(x) takes values from [5,3][-5, 3].

Step 3: State the domain and range of g1(x) g^{-1}(x)

For the inverse function g1(x) g^{-1}(x) :

  • The domain of g1(x) g^{-1}(x) is the range of g(x) g(x) , which is [5,3][-5, 3].
  • The range of g1(x) g^{-1}(x) is the domain of g(x) g(x) , which is [4,2][-4, 2].

Final Answer

  • Domain of g1(x) g^{-1}(x) : [5,3][-5, 3]
  • Range of g1(x) g^{-1}(x) : [4,2][-4, 2]
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