2.00 [kg] ap- 3. I'm elastic! Fantastic!. Suppose a particle with mass m₁ = proaches a stationary particle with an unknown mass m2 at the origin. The initial speed of particle 1 is = 2.34 [m/s] and is oriented at 8 = 30° be- low the horizontal axis as shown. Upon collision, both particles move with an unknown speed. par- ticle 1 is oriented at ß = 25.0° above the horizontal axis while particle 2 is oriented = 60° below the horizontal axis. Assume that the collision is elastic. Refer to the figure, the dashed lines refer to parti- cles before the collision and the solid lines are after the collision.
2.00 [kg] ap- 3. I'm elastic! Fantastic!. Suppose a particle with mass m₁ = proaches a stationary particle with an unknown mass m2 at the origin. The initial speed of particle 1 is = 2.34 [m/s] and is oriented at 8 = 30° be- low the horizontal axis as shown. Upon collision, both particles move with an unknown speed. par- ticle 1 is oriented at ß = 25.0° above the horizontal axis while particle 2 is oriented = 60° below the horizontal axis. Assume that the collision is elastic. Refer to the figure, the dashed lines refer to parti- cles before the collision and the solid lines are after the collision.
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter8: Momentum And Collisions
Section: Chapter Questions
Problem 61P
Related questions
Topic Video
Question
1.What is the final speed of particle 1?
2. What is the mass of the second particle?
3. what is the final speed of particle 2
*** please include the equations clearly so i can follow through
![2.00 [kg] ap-
3. I'm elastic! Fantastic!.
Suppose a particle with mass my
proaches a stationary particle with an unknown
mass m₂ at the origin. The initial speed of particle
1 is v₁ = 2.34 [m/s] and is oriented at 8 = 30° be-
low the horizontal axis as shown. Upon collision, (m
both particles move with an unknown speed. par-
ticle 1 is oriented at ß = 25.0° above the horizontal
axis while particle 2 is oriented = 60° below the
horizontal axis. Assume that the collision is elastic.
Refer to the figure, the dashed lines refer to parti-
cles before the collision and the solid lines are after
the collision.
Vil
0m₂
B
my
m2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbf6b0d82-1143-4bd8-bcdc-70dba1e9d50e%2Ff5b1774e-8f53-474a-88c8-5fc8a78ca752%2F2j78xr_processed.png&w=3840&q=75)
Transcribed Image Text:2.00 [kg] ap-
3. I'm elastic! Fantastic!.
Suppose a particle with mass my
proaches a stationary particle with an unknown
mass m₂ at the origin. The initial speed of particle
1 is v₁ = 2.34 [m/s] and is oriented at 8 = 30° be-
low the horizontal axis as shown. Upon collision, (m
both particles move with an unknown speed. par-
ticle 1 is oriented at ß = 25.0° above the horizontal
axis while particle 2 is oriented = 60° below the
horizontal axis. Assume that the collision is elastic.
Refer to the figure, the dashed lines refer to parti-
cles before the collision and the solid lines are after
the collision.
Vil
0m₂
B
my
m2
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