Momentum Term: Name: 1. What is the classical definition of momentum? a. тu?/2 b. mgy с. ту/2 d. ks?/s е. ту 2. Under what circumstances is the momentum of the system conserved? a. no velocity b. no internal forces C. no net external force d. no forces of any kind e. no net mass 3. An object of mass 200 g is initially at rest and is struck by another object of 100 g moving at 0.5 m/s. If the two objects stick together, what is their resulting speed? (Ignore friction.) a. O m/s b. 0.17 m/s c. 0.50 m/s d. 1.00 m/s e. 6.00 m/s 4. Calculate the kinetic energy before the collision in the question above. a. 12.5 J b. 25.0 J c. 50.0 J d. 0.0125 J e. 0.0375 J 5. When the objects stick together, the collision is described as a. totally elastic b. one dimensional c. two dimensional d. bonding e. totally inelastic ons for

College Physics
11th Edition
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Momentum
Term:
Name:
1. What is the classical definition of momentum?
a. тu?/2
b. mgy
с. ту/2
d. ks?/s
е. ту
2. Under what circumstances is the momentum of the system conserved?
a. no velocity
b. no internal forces
C. no net external force
d. no forces of any kind
e. no net mass
3. An object of mass 200 g is initially at rest and is struck by another object of 100 g
moving at 0.5 m/s. If the two objects stick together, what is their resulting speed?
(Ignore friction.)
a. O m/s
b. 0.17 m/s
c. 0.50 m/s
d. 1.00 m/s
e. 6.00 m/s
4. Calculate the kinetic energy before the collision in the question above.
a. 12.5 J
b. 25.0 J
c. 50.0 J
d. 0.0125 J
e. 0.0375 J
5. When the objects stick together, the collision is described as
a. totally elastic
b. one dimensional
c. two dimensional
d. bonding
e. totally inelastic
ons for
Transcribed Image Text:Momentum Term: Name: 1. What is the classical definition of momentum? a. тu?/2 b. mgy с. ту/2 d. ks?/s е. ту 2. Under what circumstances is the momentum of the system conserved? a. no velocity b. no internal forces C. no net external force d. no forces of any kind e. no net mass 3. An object of mass 200 g is initially at rest and is struck by another object of 100 g moving at 0.5 m/s. If the two objects stick together, what is their resulting speed? (Ignore friction.) a. O m/s b. 0.17 m/s c. 0.50 m/s d. 1.00 m/s e. 6.00 m/s 4. Calculate the kinetic energy before the collision in the question above. a. 12.5 J b. 25.0 J c. 50.0 J d. 0.0125 J e. 0.0375 J 5. When the objects stick together, the collision is described as a. totally elastic b. one dimensional c. two dimensional d. bonding e. totally inelastic ons for
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