(IV) Give the standard form for the 3D TANGENT LINE to the associated curve: r (t) = ( 2 sin (t), 3 cos (t), sin when t = n. x = ( )t+ y = ( )t+, z = ( )t+, (V) We know that an associated parametric curve is a circle centered at the origin if r (t) - v (t) = 0 for all values of t, and the curve lies in some plane. [You do not need to show the planar part, but it is easy to do.] Show that this is true for: r (t) = (3 cos (t), 2 cos (t), V13 sin (t) ), 0

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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(IV)
Give the standard form for the 3D TANGENT LINE to the associated curve:
r (t) = ( 2 sin (t), 3 cos (t), sin
when t = T.
x = (
)t+
y = (
)t+
z = (
)t+
(V)
We know that an associated parametric curve is a circle centered at the origin if
r (t) · v (t) = 0 for all values of t, and the curve lies in some plane.
[You do not need to show the planar part, but it is easy to do.]
Show that this is true for:
r (t) =
3 cos (t), 2 cos (t), V13 sin (t)), 0 <t< 27
ALSO, determine the radius of the circle.
Transcribed Image Text:(IV) Give the standard form for the 3D TANGENT LINE to the associated curve: r (t) = ( 2 sin (t), 3 cos (t), sin when t = T. x = ( )t+ y = ( )t+ z = ( )t+ (V) We know that an associated parametric curve is a circle centered at the origin if r (t) · v (t) = 0 for all values of t, and the curve lies in some plane. [You do not need to show the planar part, but it is easy to do.] Show that this is true for: r (t) = 3 cos (t), 2 cos (t), V13 sin (t)), 0 <t< 27 ALSO, determine the radius of the circle.
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