Help Entering Answers Find two parametric representations for the part of the ellipsoid 2x² + y2 +32² = 7 that lies to the left of the xz-plane. r₁ (u, v) = (u, [ with 2u² + 30² ≤ Σ =(√7 r₂ (8,1)= cos(1) sin(s), √ cos(s), > ) with s E Σ
Help Entering Answers Find two parametric representations for the part of the ellipsoid 2x² + y2 +32² = 7 that lies to the left of the xz-plane. r₁ (u, v) = (u, [ with 2u² + 30² ≤ Σ =(√7 r₂ (8,1)= cos(1) sin(s), √ cos(s), > ) with s E Σ
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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Find two parametric representations for the part of the ellipsoid 2x² + y2 +32² = 7 that lies to the left of the xz-plane.
Σ' with 2ut + 3,2 <
Σ
with se
r₁ (u, v) = (u₁|
€2(s,t) = (Vξ cos(t)sin(s), Vf cos(s),
W
M
M
Σ ]ιε[
M
F
Σ]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c4da176-489d-40c7-8d0b-47a01ad8c519%2F7d42734d-19d4-4d25-a3cd-1119d7fac13e%2F149paxc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Help Entering Answers
Find two parametric representations for the part of the ellipsoid 2x² + y2 +32² = 7 that lies to the left of the xz-plane.
Σ' with 2ut + 3,2 <
Σ
with se
r₁ (u, v) = (u₁|
€2(s,t) = (Vξ cos(t)sin(s), Vf cos(s),
W
M
M
Σ ]ιε[
M
F
Σ]
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