Adjust h, k, and t to reproduce this picture, only with your ellipse being purple instead of green. State the values of h, k, and t here. Tip: the value of f is a (7,0) nice multiple of something. (3.554,-3.116) Copy and paste your picture into the document to be submitted in D2L. (7,-14)"
Adjust h, k, and t to reproduce this picture, only with your ellipse being purple instead of green. State the values of h, k, and t here. Tip: the value of f is a (7,0) nice multiple of something. (3.554,-3.116) Copy and paste your picture into the document to be submitted in D2L. (7,-14)"
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
Transcribed Image Text:Adjust h, k, and t to reproduce this picture, only with your ellipse being purple instead of
green.
....
State the values of h, k, and t here. Tip: the value of t is a
nice multiple of something.
...
(7,0)
-5
10
(3.551,-3.116)
Copy and paste your picture into the document to be
submitted in D2L.
-10
(7.-14)
PART 3: PARABOLAS & HYPERBOLAS
1. Create a graph of a parabola that is concave up, has a vertex at the origin, and has an axis of
symmetry y=x. Copy and paste the picture of your equation, sliders, and graph into the document to
be submitted in D2L.
2. Create a square hyperbola rotated
counterclockwise. Copy and paste the picture of your equation,
sliders, and graph into the document to be submitted in D2L.
Expert Solution
Step 1
Note: According to Bartleby guidelines; for more than one question asked, only the first one is to be answered.
The ellipse denoted by the color green has it's vertex at and hence has its center at .
Given that the purple ellipse has its vertex at and at .
Therefore the center of the purple ellipse is at .
Hence in order to get the purple ellipse the value of must change from 7 to 0 and the value of must change from -7 to 0.
The length of the major axis of the purple ellipse is 7 and the length of the minor axis of the purple ellipse is 4.
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