Compute the derivative of the vector valued functions. (a) Calculate the derivative in two different ways to verify the rules in Section 3.2: r (g (t)) where r (t) = (2 sin 2t, 6 cos 2t) and g (t) = t (b) Calculate the derivative in two different ways to verify the rules in Section 3.2: ri (t) · r2 (t) where r; (t) = (t°, t°, 4t) and r2 (t) = (t-1,1+ t, 2)

Compute the derivative of the vector valued functions. (a) Calculate the derivative in two different ways to verify the rules in Section 3.2: r (g (t)) where r (t) = (2 sin 2t, 6 cos 2t) and g (t) = t (b) Calculate the derivative in two different ways to verify the rules in Section 3.2: ri (t) · r2 (t) where r; (t) = (t°, t°, 4t) and r2 (t) = (t-1,1+ t, 2)

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter3: Functions And Graphs

Section3.3: Lines

Problem 22E

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