Solutions Name ___________________________ Period ____ Date __________ Algebra III: 0.2 Piecewise Functions Bell Work: What is the domain and range for each function? y a. b. Domain: 0 β€ π₯ β€ 3 (3,5) Range: 0 β€ π¦ β€ 5 5 3 c. y y Range: π¦ β€ 3 (5, 3) Domain: β Range: π¦ β€ 5 x Domain: π₯ β€ 5 x x The data in the table represents a function, f. Using the table complete the following: x -1 4 5 7 10 f(x) 0 -3 2 6 1 1. f (4) = -3 2. If f ( 7 ) = 6 3. What are the elements of the domain of f? What are the elements of the range of f? {β1, 4, 5, 7, 10} {β3, 0, 1, 2, 6} Using the graph of function h, complete the following: 5. h(4) = 2 6. h(10) = 1 7. What is the domain of h? (write an inequality) 0β€π₯β€5 8. Which function (f or h) is discrete? f Which function is continuous? h Piecewise Functions If y = f (x), then create the graph of the function f in your graphing calculator using. The equationβ¦ ο£±β2( x β 2), 0 β€ x β€ 2 3  ) ο£² ( x β 2), 2 β€ x β€ 4 f ( x= 2 3, 4 β€ x β€ 9 y x Write what you typed under Y1 β Y3 in the calculator. 9. 10. Y1= β2(π₯ β 2)/(π₯ β₯ 0 πππ π₯ β€ 2) between the x-axis and f from x = 0 to x = 9. 3 Y2= (π₯ β 2)/(π₯ > 2 πππ π₯ β€ 4) 1 2 2 Y3= 3/(π₯ > 4 πππ π₯ β€ 9) 11. y Graph f(x + 2) Find the area bounded π (2)(4) + (π)(π) +(π)(π) π = ππ square units 12. y Graph f(x) + 2 x Describe how this graph compares to f. The graph is translated left 2 units x Describe how this graph compares to f. The graph is translated up 2 units
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