f(t) = (cost, Sint, t) f'(t) = (-sint, west, 1) 1 f'(x)) = √√(-sint) ² + ((ost ) ² + 12 F(t)= - √Sin't+st+1 =√1+1 = √₂ - f(t) [f'(+)) (-Sint, lost, 1) ) = (t) y N²t) Ĵ 1. 25 - last -Sint 1 lost -Sint 1 = 1 (0+ sind)-3 (0+ Cat ) +R (= sint + cost) = Sintî - ustî + 2 k .. B (t) = (sint, - Lost, 1/2) = [( sint, - lest, Now, f"lt) = (- Cost, -sint, 0) ^ ^
f(t) = (cost, Sint, t) f'(t) = (-sint, west, 1) 1 f'(x)) = √√(-sint) ² + ((ost ) ² + 12 F(t)= - √Sin't+st+1 =√1+1 = √₂ - f(t) [f'(+)) (-Sint, lost, 1) ) = (t) y N²t) Ĵ 1. 25 - last -Sint 1 lost -Sint 1 = 1 (0+ sind)-3 (0+ Cat ) +R (= sint + cost) = Sintî - ustî + 2 k .. B (t) = (sint, - Lost, 1/2) = [( sint, - lest, Now, f"lt) = (- Cost, -sint, 0) ^ ^
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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Question
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TRANSCRIBE THE FOLLOWING SOLUTION IN DIGITAL FORMAT

Transcribed Image Text:11. f(t) = (cost, Sint, t)
f'(t) = (-sint, lost, 1)
1 f'(t)) = √√(-sint) ² + (6074 ) ² + /2
.:: F(t)=
= √ Sin't + Lost +1
... Ñ(t) =
=
=
[1
=
1+1
= √₂
2
ll
fét)
[f'(+))
(-sint, cost, 1)
√2
√₂
T'lt) = = // ( - Cost₁ - Sint, o)
[ -= '( + ) ) = √ ( + ) ^ ( - lost ) ² + (-sint) " +0³)
(-Sint, Lost, 1
(
// 2₂2 √ √ 4₁²++ sin²+ +0
1
V₂ VT
늠
71(f)
17'(+)1
+2 (-ost, -sint,0)
1
$22
-=[(- list, -sint, 0)
B(x) = F(t) x N²t)
î
Ĵ
Sint & lost
√2
- lost
-Sint
гу
K
= ₁ (0+ sint)- ³² (0+ (at) + ^ ( = /2 sint + √2 cost)
Lost
ƒ' (t) x {"(t) =
= Sinti - cost ↑ + = /2₂2
î
.. Blt) = |( sint, - Lost, + / 2 )
.: Kt) =
1
Now, f"lt) = (- cost, -sint, 0)
2
الله
-Sint
- Lost
(.r
Lost
-Sint
<d
= √1+1
= √2
√₂
metop
11. f ( t ) x + ( + ) 11
11 f' (t)11 3
1
O
= ² (0+ sint) -Ĵª (0+ cast) +k (bint+(ast)
= Sinti - cost î+ k
2
· || f'(t)x f"(t)|| = √ sin³+ + (-uost)^² +1²
= √ Sir²³t+cos³²7 +1
√2
3
(√2)³
(1
N/A
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