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Instructions for manipulating the absolute value function to change the location and direction of the cusp, as well as finding the domain and range of the inverse of a function with given domain and range. It also includes instructions for graphing the linear function and its inverse.
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Question 1. Recall that the function f (x) = |x| has a V-shaped graph with its cusp (corner point) at the origin (0, 0) with the cusp pointing down.
(a) Manipulate f (x) = |x| so that its cusp now occurs at (โ 2 , 4) instead of the origin and that the cusp is still pointing down. Write down your manipulated function and graph it.
(b) Manipulate f (x) = |x| so that its cusp now occurs at (1, โ3) instead of the origin and that the cusp is now pointing up. Write down your manipulated function and graph it.
Question 2. Assume that f (x) is a function with domain (โโ, 2] and range [โ 4 , 1). What is the domain and range of its inverse f โ^1 (x)? Explain why your answer makes sense.
Question 3. Consider the linear function f (x) = โ 3 x + 2.
(a) Graph f (x) by plotting some sample points.
(b) Graph f โ^1 (x) by plotting sample points, which you get by reversing the inputs and outputs of f (x).
(c) Verify that your graph of f โ^1 (x) is the graph of f (x) reflected about the diagonal line y = x.
(d) Given that y = โ 3 x + 2, find the equation for the inverse by switching x and y and solving for the new y.