Find the point on the curve r(t) = (5 sin t) i + (5 cos t) j + 12t k at a distance 26$\pi$ units along the curve from the point (0, 5, 0) when t 0 corresponds to the direction of increasing arc length.
A) (-5, 0, 2$\pi$)
B) (5, 0, 12$\pi$)
C) (0, 5, 26$\pi$)
D) (0, 5, 24$\pi$)
E) (5, 0,12$\pi$)

Question

Find the point on the curve r(t) = (5 sin t) i + (5 cos t) j + 12t k at a distance 26$\pi$ units along the curve from the point (0, 5, 0) when t > 0 corresponds to the direction of increasing arc length.
A) (-5, 0, 2$\pi$)
B) (5, 0, 12$\pi$)
C) (0, 5, 26$\pi$)
D) (0, 5, 24$\pi$)
E) (5, 0,12$\pi$)

Quizplus · Accepted Answer

The Answer of Find the point on the curve r(t) = (5 sin t) i + (5 cos t) j + 12t k at a distance 26$\pi$ units along the curve from the point (0, 5, 0) when t > 0 corresponds to the direction of increasing arc length.
A) (-5, 0, 2$\pi$)
B) (5, 0, 12$\pi$)
C) (0, 5, 26$\pi$)
D) (0, 5, 24$\pi$)
E) (5, 0,12$\pi$)

Find the Point on the Curve R(t) = (5 Sin π\piπ

Find the Point on the Curve R(t) = (5 Sin $\pi$