Prove that C is tangent to S at (0, -1, 1), considering that C has a vector-valued function 2 i+ 4 4 - 3)j+ cos(t – 2) k, - o

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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1.
Prove that C is tangent to S at (0, -1, 1), considering that C has a vector-valued function
3
G 2)i ( :); 1 coslt 2)k.
'4
R(t)
G-
3)j+ cos(t – 2) k,
- 00 <t < o0
-
4
and the surface S whose equation is x³ + y° + z° = xyz.
Transcribed Image Text:1. Prove that C is tangent to S at (0, -1, 1), considering that C has a vector-valued function 3 G 2)i ( :); 1 coslt 2)k. '4 R(t) G- 3)j+ cos(t – 2) k, - 00 <t < o0 - 4 and the surface S whose equation is x³ + y° + z° = xyz.
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