1. After applying a dilation centered at O, the figure below becomes 17 cm wide and H cm tall. 1 cm OF 1 cm Original a. What is the new spacing between the grid lines? Explain! b. How tall does the figure become? Use our definition of multiplication (and division) to write different equations that relate H to other quantities. Interpret the parts of your equations in terms of the figure and the grid lines. 2. After applying a dilation centered at O, the figure above becomes X cm wide and Y cm tall. a. What is the new spacing between the grid lines? Explain! b. How are X and Y related? Use our definition of multiplication (and division) to write different equations relating X and Y. Interpret the parts of your equations in terms of the figure and the grid lines.
1. After applying a dilation centered at O, the figure below becomes 17 cm wide and H cm tall. 1 cm OF 1 cm Original a. What is the new spacing between the grid lines? Explain! b. How tall does the figure become? Use our definition of multiplication (and division) to write different equations that relate H to other quantities. Interpret the parts of your equations in terms of the figure and the grid lines. 2. After applying a dilation centered at O, the figure above becomes X cm wide and Y cm tall. a. What is the new spacing between the grid lines? Explain! b. How are X and Y related? Use our definition of multiplication (and division) to write different equations relating X and Y. Interpret the parts of your equations in terms of the figure and the grid lines.
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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