The curve C is parametrized by r(t)  =  < 3t2, 5 sin(t2), 5 cos(t2) >,     0  ≤  t  ≤  2. (a) Compute the arc-length function s(t). (b) If the curve C is reparametrized using the arc-length parameter s, determine the interval c  ≤  s  ≤  d where this parameter varies. What is the value of c? (c) In part (b), what is the value of d?

Trigonometry (MindTap Course List)
8th Edition
ISBN:9781305652224
Author:Charles P. McKeague, Mark D. Turner
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Chapter6: Equations
Section6.4: Parametric Equations And Further Graphing
Problem 28PS
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The curve C is parametrized by

r(t)  =  < 3t2, 5 sin(t2), 5 cos(t2) >,     0  ≤  t  ≤  2.

(a) Compute the arc-length function s(t).
(b) If the curve C is reparametrized using the arc-length parameter s, determine the interval c  ≤  s  ≤  d where this parameter varies. What is the value of c?
(c) In part (b), what is the value of d?
Problem #9: The curve C is parametrized by
r(t)
<37, 5 sin(?), 5 cos(?)>, 0<t < 2.
(a) Compute the arc-length function s(t).
(b) If the curve C is reparametrized using the arc-length parameter s, determine the interval c < s < d where this
parameter varies. What is the value of c?
(c) In part (b), what is the value of d?
Enter your answer as a symbolic
function of t, as in these
examples
2*sqrt(136)
Problem #9(a):
2V136
Enter your answer symbolically,
as in these examples
Problem #9(b):
Enter your answer symbolically,
as in these examples
Problem #9(c):
Transcribed Image Text:Problem #9: The curve C is parametrized by r(t) <37, 5 sin(?), 5 cos(?)>, 0<t < 2. (a) Compute the arc-length function s(t). (b) If the curve C is reparametrized using the arc-length parameter s, determine the interval c < s < d where this parameter varies. What is the value of c? (c) In part (b), what is the value of d? Enter your answer as a symbolic function of t, as in these examples 2*sqrt(136) Problem #9(a): 2V136 Enter your answer symbolically, as in these examples Problem #9(b): Enter your answer symbolically, as in these examples Problem #9(c):
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