![WARM UP Let f(x) = write the equation for g(x) in terms of x. 1.g(x) = -3 + f(x) 2. g(x) = f(1/3x) 3.g(x) = ½f(x + 3) - ppt download WARM UP Let f(x) = write the equation for g(x) in terms of x. 1.g(x) = -3 + f(x) 2. g(x) = f(1/3x) 3.g(x) = ½f(x + 3) - ppt download](https://slideplayer.com/10495194/35/images/slide_1.jpg)
WARM UP Let f(x) = write the equation for g(x) in terms of x. 1.g(x) = -3 + f(x) 2. g(x) = f(1/3x) 3.g(x) = ½f(x + 3) - ppt download
![Solving Simultaneous Equations: The Substitution Method and the Addition Method | Algebra Reference | Electronics Textbook Solving Simultaneous Equations: The Substitution Method and the Addition Method | Algebra Reference | Electronics Textbook](https://www.allaboutcircuits.com/uploads/articles/defining-y-in-terms-of-x.jpg)
Solving Simultaneous Equations: The Substitution Method and the Addition Method | Algebra Reference | Electronics Textbook
![Solving Simultaneous Equations: The Substitution Method and the Addition Method | Algebra Reference | Electronics Textbook Solving Simultaneous Equations: The Substitution Method and the Addition Method | Algebra Reference | Electronics Textbook](https://www.allaboutcircuits.com/uploads/articles/solve-for-x-in-terms-of-y-and-z.jpg)