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Describe the graph of the equation. r = 2 cos t i - 6 sin t j+k O An ellipse in the planex = 1, center at (1,0,0), major axis of length 2 parallel to the x-axis, minor axis of length 6 parallel to they-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 12 parallel to they-axis, minor axis of length 4 parallel to the x-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 2 parallel to thex-axis, minor axis of length 6 parallel to the y-axis. O An ellipse in the planex = 1, center at (1,0,0), major axis of length 6 parallel to the y-axis, minor axis of length 2 parallel to the x-axis.

Describe the graph of the equation. r = 2 cos t i - 6 sin t j+k O An ellipse in the planex = 1, center at (1,0,0), major axis of length 2 parallel to the x-axis, minor axis of length 6 parallel to they-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 12 parallel to they-axis, minor axis of length 4 parallel to the x-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 2 parallel to thex-axis, minor axis of length 6 parallel to the y-axis. O An ellipse in the planex = 1, center at (1,0,0), major axis of length 6 parallel to the y-axis, minor axis of length 2 parallel to the x-axis.

Advanced Engineering Mathematics
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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Describe the graph of the equation. r = 2 cos ti – 6 sin t j +k O An ellipse in the planex = 1, center at (1,0,0), major axis of length 2 parallel to the x-axis, minor axis of length 6 parallel to the y-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 12 parallel to the y-axis, minor axis of length 4 parallel to the x-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 2 parallel to thex-axis, minor axis of length 6 parallel to the y-axis. O An ellipse in the planex = 1, center at (1,0, 0), major axis of length 6 parallel to the y-axis, minor axis of length 2 parallel to the x-axis.
Transcribed Image Text:Describe the graph of the equation. r = 2 cos ti – 6 sin t j +k O An ellipse in the planex = 1, center at (1,0,0), major axis of length 2 parallel to the x-axis, minor axis of length 6 parallel to the y-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 12 parallel to the y-axis, minor axis of length 4 parallel to the x-axis. O An ellipse in the plane z = 1, center at (0, 0, 1), major axis of length 2 parallel to thex-axis, minor axis of length 6 parallel to the y-axis. O An ellipse in the planex = 1, center at (1,0, 0), major axis of length 6 parallel to the y-axis, minor axis of length 2 parallel to the x-axis.
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