3. Consider function g graphed here. a. Carefully draw this graph on your paper and label it y = g (x). b. Suppose the graph of g is first stretched vertically by faclor 3, then reflected across the x-axis, and finally shifted up 1. Carefully draw the graph of the result of this sequence of transformations. c. Suppose we changed the order of these transformations. Starting again with the original graph of g , shift it up 1, then stretch the result vertically by factor 3, and finally reflect that graph across the x-axis. Working in a separate graph from your answer to the previous question, carefully hand-draw the graph of the result of this sequence of transformations. -6 -4 -2. 6. -6
3. Consider function g graphed here. a. Carefully draw this graph on your paper and label it y = g (x). b. Suppose the graph of g is first stretched vertically by faclor 3, then reflected across the x-axis, and finally shifted up 1. Carefully draw the graph of the result of this sequence of transformations. c. Suppose we changed the order of these transformations. Starting again with the original graph of g , shift it up 1, then stretch the result vertically by factor 3, and finally reflect that graph across the x-axis. Working in a separate graph from your answer to the previous question, carefully hand-draw the graph of the result of this sequence of transformations. -6 -4 -2. 6. -6
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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