Problem 1. (14 Points) Let y : R R be given by Y(t) = (3t – t°, 3t², 3t + t³). %3D (a) Find the velocity, the speed, and the acceleration of y. Show that y is a regular space curve. (b) Compute the unit tangent T. (c) Compute the vector y x ". (d) Compute the binormal B. (e) Compute the curvature k and the torsion T of y. Show that the curvature K and the torsion T of the curve y coincide: K(t) = T(t) for all t e R.

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Chapter1: Combinatorial Analysis
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Problem 1. (14 Points) Let y : R R3 be given by
Y(t) = (3t – t°, 3t², 3t + t³).
(a) Find the velocity, the speed, and the acceleration of y. Show that y is a regular space
curve.
(b) Compute the unit tangent T.
(c) Compute the vector y x ".
(d) Compute the binormal B.
(e) Compute the curvaturek and the torsion T of y. Show that the curvature K and the
torsion T of the curve y coincide: K(t) = T(t) for all t e R.
%3D
(f) Find the Frenet-Serret frame of y.
Transcribed Image Text:Problem 1. (14 Points) Let y : R R3 be given by Y(t) = (3t – t°, 3t², 3t + t³). (a) Find the velocity, the speed, and the acceleration of y. Show that y is a regular space curve. (b) Compute the unit tangent T. (c) Compute the vector y x ". (d) Compute the binormal B. (e) Compute the curvaturek and the torsion T of y. Show that the curvature K and the torsion T of the curve y coincide: K(t) = T(t) for all t e R. %3D (f) Find the Frenet-Serret frame of y.
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