Find the inverse of each function. 1) f (x) = 2x − 5. 2) f (x) = −15 + 3x. 5. |
4-7 Inverses of Linear Functions. Find the inverse of each relation. 1. 2. 3. 4. {(–3, 2), (–1, 8), (1, 14), (3, 20)}. 5. {(5, –3), (2, –9), (–1, –15), (–4 ... |
WORKSHEET 7.4 INVERSE FUNCTIONS. Inverse Relations. Find the inverse for each relation. 1. { (1, -3), (-2, 3), (5, 1), (6, 4) }. 2. { (-5, 7), (-6, -8), (1, -2) ... |
Apply the mathematical process learned for finding inverses of linear functions and prove that the graph is indeed the equation of the inverse function. |
Practice. Inverse Linear Functions. Find the inverse of each relation. 1. {(−2, 1), (−5, 0), (-8, -1), (-11, 2)}. {(1, 2), (0, -5), (-1, -8), (2, -11)}. —. 3 ... |
Intermediate Algebra Skill. Finding the Inverse of a Linear Function. Find the inverse of the given function: 5 1. 1) ( ). 6 3. 2. 2) ( ). 3. 5 5. |
In general, linear functions of the form y = mx + b with m ≠ 0, are invertible. Futhermore, only functions that are one-to-one are invertible. A function is one ... |
Exploring Inverses of Functions. Throughout this book, you have used given inputs to find corresponding outputs of y = f(x) for various types of functions. |
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