Choose the one alternative that best completes the statement or answers the question.
-The positions of two particles on the s-axis are $Choose the one alternative that best completes the statement or answers the question. -The positions of two particles on the s-axis are = sin t and with and in meters and t in seconds. At what time(s) in the interval 0 \le t \le 2 \pi do the particles meet? A) t = \pi sec and t = 2 \pi sec B) t = 3/8 \pi sec and t = 11/8 \pi sec C) t = 3/4 \pi sec and t = 11/4 \pi sec D) t = 1/2 \pi sec and t = 3/2 \pi sec$ = sin t and $Choose the one alternative that best completes the statement or answers the question. -The positions of two particles on the s-axis are = sin t and with and in meters and t in seconds. At what time(s) in the interval 0 \le t \le 2 \pi do the particles meet? A) t = \pi sec and t = 2 \pi sec B) t = 3/8 \pi sec and t = 11/8 \pi sec C) t = 3/4 \pi sec and t = 11/4 \pi sec D) t = 1/2 \pi sec and t = 3/2 \pi sec$ with $Choose the one alternative that best completes the statement or answers the question. -The positions of two particles on the s-axis are = sin t and with and in meters and t in seconds. At what time(s) in the interval 0 \le t \le 2 \pi do the particles meet? A) t = \pi sec and t = 2 \pi sec B) t = 3/8 \pi sec and t = 11/8 \pi sec C) t = 3/4 \pi sec and t = 11/4 \pi sec D) t = 1/2 \pi sec and t = 3/2 \pi sec$ and $Choose the one alternative that best completes the statement or answers the question. -The positions of two particles on the s-axis are = sin t and with and in meters and t in seconds. At what time(s) in the interval 0 \le t \le 2 \pi do the particles meet? A) t = \pi sec and t = 2 \pi sec B) t = 3/8 \pi sec and t = 11/8 \pi sec C) t = 3/4 \pi sec and t = 11/4 \pi sec D) t = 1/2 \pi sec and t = 3/2 \pi sec$ in meters and t in seconds. At what time(s) in the interval 0

\le

\le

\pi

do the particles meet?
A) t =

\pi

sec and t = 2

\pi

sec
B) t = 3/8

\pi

sec and t = 11/8

\pi

sec
C) t = 3/4

\pi

sec and t = 11/4

\pi

sec
D) t = 1/2

\pi

sec and t = 3/2

\pi

sec

Choose the One Alternative That Best Completes the Statement or Answers

Multiple Choice

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