Use the theorem given below to find the curvature. r(t) 2ti + 4 sin(t)j + 4 cos(t) k = Theorem: The curvature of the curve given by the vector function r is k(t) k(t) = X Ir'(t) x r"(t)| \r(t)|3
Use the theorem given below to find the curvature. r(t) 2ti + 4 sin(t)j + 4 cos(t) k = Theorem: The curvature of the curve given by the vector function r is k(t) k(t) = X Ir'(t) x r"(t)| \r(t)|3
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
Use the theorem given below to find the curvature.
r(t) = 2t i + 4 sin(t) j + 4 cos(t) k
Theorem: The curvature of the curve given by the vector function r is
?(t) =
.
|r ′(t) ⨯ r″(t)| |
|r ′(t)|3 |

Transcribed Image Text:Use the theorem given below to find the curvature.
r(t) = 2ti + 4 sin(t)j + 4 cos(t) k
Theorem: The curvature of the curve given by the vector function r is k(t)
k(t)
=
X
Tr'(t) × r"(t)|
Ir' (t)|³
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