Consider the parametric curve r(t) = (t cost, tsint, t). x² + y². What sort of shape is this? (a) Use traces to sketch the surface z² (b) Show that the graph of r(t) lies on this surface. Trace the curve's path on the surface. (c) Find the tangent vector to this curve at t = T. What is its magnitude? -
Consider the parametric curve r(t) = (t cost, tsint, t). x² + y². What sort of shape is this? (a) Use traces to sketch the surface z² (b) Show that the graph of r(t) lies on this surface. Trace the curve's path on the surface. (c) Find the tangent vector to this curve at t = T. What is its magnitude? -
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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
Transcribed Image Text:Consider the parametric curve r(t)
=
(t cost, tsin t, t).
(a) Use traces to sketch the surface z² x² + y². What sort of shape is this?
(b) Show that the graph of r(t) lies on this surface. Trace the curve's path on the surface.
(c) Find the tangent vector to this curve at t = π. What is its magnitude?
(d) Find the unit tangent vector at t = π.
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