absolute value transformations worksheet - Axtarish в Google
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Describe the transformation. 10) y = - x - 6 + 2. The dot next to the choice indicates that it is the answer.
a. The functions have the same vertex b. The minimum value of ( ) xf is the same as the minimum value of ( ) xg c. The functions have the same range.
Worksheet: Section 2.7 - Absolute Value Graphs and Transformations (Discovery Activity). ALGEBRA 2. Section 2.7: Absolute Value Functions and Transformations.
Without using your graphing calculator, describe the transformations from the parent function_y=|x| to create the following functions, then graph the ...
The point where the two linear pieces intersect is known as the vertex. Using the variables above, the vertex can always be found at what point?
Determine if the graph has a maximum or minimum (circle) and its value. Decide if the graph is narrower, wider, or the same width as the parent graph (circle).
Graphing Absolute Value Functions. Graph each equation. 1) y = x - 2 - 4 ... Worksheet by Kuta Software LLC. 7) y = - x - 2 - 2 x y. -6 -5 -4 -3 -2 -1. 1. 2.
This Precalculus function transformations worksheet generates free practice problems on identify transformations of absolute value functions from graphs.
Vertical Stretches and Shrinks. The graph of y = a ⋅f(x) is a vertical stretch or shrink by a factor of a of the graph of y = f(x), where a > 0 and a ≠ 1.
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