Consider the space curve (t) = (13 cos(3t), 15 sin(-3t), 2/14 cos(-3t)). a. Find the arc...

  

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Consider the space curve (t) = (13 cos(3t), 15 sin(-3t), 2/14 cos(-3t)). a. Find the arc length function for r(t). s(t) = b. Find the arc length parameterization for F(t). F(s) = ( Question Help: Video Submit Question Question 10 0/1 pt 100 19 Details Find the Tangent vector, the Normal vector, and the Binormal vector (T, and B) for the curve (5 cos(2t), 5 sin(2t), 4t) at the point t = 0 F(t) T(0) = (0)= B(0)= Consider the space curve (t) = (13 cos(3t), 15 sin(-3t), 2/14 cos(-3t)). a. Find the arc length function for r(t). s(t) = b. Find the arc length parameterization for F(t). F(s) = ( Question Help: Video Submit Question Question 10 0/1 pt 100 19 Details Find the Tangent vector, the Normal vector, and the Binormal vector (T, and B) for the curve (5 cos(2t), 5 sin(2t), 4t) at the point t = 0 F(t) T(0) = (0)= B(0)=