The sport of curling is quite popular in Canada. A curler slides a 19.1-kg stone so that it strikes a competitor's identical stationary stone at 6.70 m/s before moving at an angle of 60.0" counterclockwise from its initial direction. The competitor's stone moves off at 6.10 m/s. Determine the tinal speed of the first stone vi1- m/s Determine the final direction of the second stone as an angle a relative to the first stone's initial direction of motion. Let a = counterclockwise from the first stone's initial direction define the direction of positive angles.

Glencoe Physics: Principles and Problems, Student Edition
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ISBN:9780078807213
Author:Paul W. Zitzewitz
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Chapter9: Momentum And Its Conservation
Section9.2: Conservation Of Momentum
Problem 23PP
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The sport of curling is quite popular in Canada. A curler slides a 19.1-kg stone so that it strikes a competitor's identical
stationary stone at 6.70 m/s before moving at an angle of 60.0" counterclockwise from its initial direction. The competitor's
stone moves off at 6.10 m/s.
Determine the tinal speed of the first stone vi1-
DI =
m/s
Determine the final direction of the second stone as an angle a
relative to the first stone's initial direction of motion. Let
a =
counterclockwise from the first stone's initial direction define
the direction of positive angles.
Transcribed Image Text:The sport of curling is quite popular in Canada. A curler slides a 19.1-kg stone so that it strikes a competitor's identical stationary stone at 6.70 m/s before moving at an angle of 60.0" counterclockwise from its initial direction. The competitor's stone moves off at 6.10 m/s. Determine the tinal speed of the first stone vi1- DI = m/s Determine the final direction of the second stone as an angle a relative to the first stone's initial direction of motion. Let a = counterclockwise from the first stone's initial direction define the direction of positive angles.
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