2) The graph of f(x)=x is transformed to the graph of g(x)=3f[-2(x+1)] +5. a) Write a...

  

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2) The graph of f(x)=x is transformed to the graph of g(x)=3f[-2(x+1)] +5. a) Write a full equation to represent g(x). [K/U-1] b) State the parameters and describe the transformations which must be applied to the graph of f(x) to obtain the graph of g(x). [K/U-4] c) Write the mapping rule which can be used to find points from f(x) to g(x). [K/U-1] d) Compare the domain/range of f(x) with g(x), be specific. [K/U-2] e) Compare the symmetry of f(x) with g(x), be specific. [K/U-2] 2) The graph of f(x)=x is transformed to the graph of g(x)=3f[-2(x+1)] +5. a) Write a full equation to represent g(x). [K/U-1] b) State the parameters and describe the transformations which must be applied to the graph of f(x) to obtain the graph of g(x). [K/U-4] c) Write the mapping rule which can be used to find points from f(x) to g(x). [K/U-1] d) Compare the domain/range of f(x) with g(x), be specific. [K/U-2] e) Compare the symmetry of f(x) with g(x), be specific. [K/U-2]