A hockey puck slides along the ice when it collides with a filled water bottle which was sitting at rest on the ice. The velocity of the puck just before colliding with the water bottle is (58 – 6j) m/s and the velocity of the puck just after the collision is 5 m/s at 36.87° counterclockwise from -x. The mass of the puck is 0.2 kg and the mass of the water bottle is three times as large. a. What is the velocity of the water bottle immediately after the collision? Write answer in component vector form.
A hockey puck slides along the ice when it collides with a filled water bottle which was sitting at rest on the ice. The velocity of the puck just before colliding with the water bottle is (58 – 6j) m/s and the velocity of the puck just after the collision is 5 m/s at 36.87° counterclockwise from -x. The mass of the puck is 0.2 kg and the mass of the water bottle is three times as large. a. What is the velocity of the water bottle immediately after the collision? Write answer in component vector form.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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D and E
![1. A hockey puck slides along the ice when it collides with a filled
water bottle which was sitting at rest on the ice. The velocity of the
puck just before colliding with the water bottle is (58 – 6j) m/s
and the velocity of the puck just after the collision is 5 m/s at
36.87° counterclockwise from -x. The mass of the puck is 0.2 kg
and the mass of the water bottle is three times as large.
view from above
+y
M
m
(5t – 6)“
+x
a. What is the velocity of the water bottle immediately after the
collision? Write answer in component vector form.
Initially at rest
3M
m
M
b. What is the speed and direction of the water bottle immediately after the collision? Give direction in terms of an
angle between 0° and 90° relative to an axis, i.e., 41° ccw from +y.
What is the change in momentum Ap of the hockey puck during the collision?
C.
d. During the collision, what is true of the magnitude of the force on the puck exerts on the bottle versus the force
the bottle exerts on the puck?
• The force on the puck is three times as large.
• The force on the bottle and on the puck are the same magnitude.
• The relation between the forces cannot be determined from information given.
• The force on the bottle is three times as large.
e. The collision between the hockey puck and the water bottle lasted 0.25s. What was the average force Fon the
water bottle during the collision?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb4fac401-f688-4a8e-b637-a2500ce6ac46%2F316427b8-0b86-4da9-998e-62c4d34dc827%2Fpvblp1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. A hockey puck slides along the ice when it collides with a filled
water bottle which was sitting at rest on the ice. The velocity of the
puck just before colliding with the water bottle is (58 – 6j) m/s
and the velocity of the puck just after the collision is 5 m/s at
36.87° counterclockwise from -x. The mass of the puck is 0.2 kg
and the mass of the water bottle is three times as large.
view from above
+y
M
m
(5t – 6)“
+x
a. What is the velocity of the water bottle immediately after the
collision? Write answer in component vector form.
Initially at rest
3M
m
M
b. What is the speed and direction of the water bottle immediately after the collision? Give direction in terms of an
angle between 0° and 90° relative to an axis, i.e., 41° ccw from +y.
What is the change in momentum Ap of the hockey puck during the collision?
C.
d. During the collision, what is true of the magnitude of the force on the puck exerts on the bottle versus the force
the bottle exerts on the puck?
• The force on the puck is three times as large.
• The force on the bottle and on the puck are the same magnitude.
• The relation between the forces cannot be determined from information given.
• The force on the bottle is three times as large.
e. The collision between the hockey puck and the water bottle lasted 0.25s. What was the average force Fon the
water bottle during the collision?
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