32. A curling stone travelling at 5.0 m/s collides with a stationary stone of the same mass. Following the collision, the two stones travel at angles of 17° and 38° in opposite directions with respect to the initial motion of the first stone. (5.5) K/U TA C (a) Draw a diagram of the stones' motion. (b) Calculate the speed of each stone after the collision.

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Chapter1: Units, Trigonometry. And Vectors
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A curling stone travelling at 5.0 m/s collides with a stationary stone of the same mass. Following the collision, the two stones travel at angles of 17° and 38° in opposite directions with respect to the initial motion of the first stone. (5.5) K/U T/I C (a) Draw a diagram of the stones’ motion. (b) Calculate the speed of each stone after the collision.

32. A curling stone travelling at 5.0 m/s collides
with a stationary stone of the same mass.
Following the collision, the two stones travel
at angles of 17° and 38° in opposite directions
with respect to the initial motion of the first
stone. (5.5) K/U TA C
(a) Draw a diagram of the stones' motion.
(b) Calculate the speed of each stone after the
collision.
Transcribed Image Text:32. A curling stone travelling at 5.0 m/s collides with a stationary stone of the same mass. Following the collision, the two stones travel at angles of 17° and 38° in opposite directions with respect to the initial motion of the first stone. (5.5) K/U TA C (a) Draw a diagram of the stones' motion. (b) Calculate the speed of each stone after the collision.
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