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8/8/2019 Quiz Momentum 1
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NAME: ____________________________ DATE: _______________
MOMENTUM CONSERVATION
MOM.2 I can calculate the momentum of an object/system with
direction and proper
units.
MOM.3 I can draw an interaction diagram and specify the system
and thesurroundings.
MOM.4 I can draw and analyze momentum bar charts.
MOM.5 I can use momentum conservation to solve different
problems.
1. The pretty princess Pricilla (50 kg) is being pursued by a
pack of perilous pirates. Pricilla is
running North with a speed of 3 m/s. However, the large and
lecherous pirate Larry (75 kg) is
waiting behind a tree up ahead. In a surprise attack, Larry runs
3 m/s South into Pricilla andcatches her.
a. Draw an interaction diagram and identify system/surroundings
for this situation.
b. Create before and after momentum bar charts for this
situation. You must label each bar.
c. After Larry has picked up Pricilla, what will be their new
velocity?
d. Compare Larrys momentum change to Pricillas momentum change
as a result of this
interaction. Explain/justify your answer.e. Compare Larrys
velocity change to Pricillas velocity change as a result of this
interaction.
Explain/justify your answer.
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8/8/2019 Quiz Momentum 1
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VEL.4 I can interpret/draw motion diagrams for objects moving
with constant velocity.
VEL.6 I can interpret/draw the position vs. time graph for an
object moving withconstant velocity.
VEL.7 I can interpret/draw the velocity vs. time graph for an
object moving with
constant velocity.
f. Sketch a position-time graph, a velocity-time graph, and a
motion diagram for Larry beforeand after the collision with
Pricilla.
BEFORE AFTER BEFORE AFTER
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8/8/2019 Quiz Momentum 1
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MOM.1 I can determine whether interactions are present for a
given situation byconsidering the motion of objects.
2. A spaceship far from all other objects uses its impulse power
system to attain a speed of
104 m/s. The crew then shuts off the power. What will happen to
the motion of the spaceship
from then on? (Select all that apply.)
___ The spaceship will move in a straight line.
___ The spaceship will stop suddenly.___ The spaceship will
enter a circular orbit.
___ The spaceship will travel on a curving path.
___ The spaceship will gradually slow down.
___ The speed of the spaceship will not change.
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8/8/2019 Quiz Momentum 1
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NAME: ____________________________ DATE: _______________
MOMENTUM CONSERVATION
MOM.2 I can calculate the momentum of an object/system with
direction and proper
units.
MOM.3 I can draw an interaction diagram and specify the system
and thesurroundings.
MOM.4 I can draw and analyze momentum bar charts.
MOM.5 I can use momentum conservation to solve different
problems.
1. The pretty princess Patricia (60 kg) is being pursued by a
pack of perilous pirates. Patricia is
running North with a speed of 2 m/s. However, the large and
lecherous pirate Lenny (80 kg) is
waiting behind a tree up ahead. In a surprise attack, Lenny runs
2 m/s South into Patricia andcatches her.
a. Draw an interaction diagram and identify system/surroundings
for this situation.
b. Create before and after momentum bar charts for this
situation. You must label each bar.
c. After Lenny has picked up Patricia, what will be their new
velocity?
d. Compare Lennys momentum change to Patricias momentum change
as a result of this
interaction. Explain/justify your answer.e. Compare Lennys
velocity change to Patricias velocity change as a result of
this
interaction. Explain/justify your answer.
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8/8/2019 Quiz Momentum 1
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VEL.4 I can interpret/draw motion diagrams for objects moving
with constant velocity.
VEL.6 I can interpret/draw the position vs. time graph for an
object moving withconstant velocity.
VEL.7 I can interpret/draw the velocity vs. time graph for an
object moving with
constant velocity.
f. Sketch a position-time graph, a velocity-time graph, and a
motion diagram for Patriciabefore and after the collision with
Lenny.
BEFORE AFTER BEFORE AFTER
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8/8/2019 Quiz Momentum 1
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MOM.1 I can determine whether interactions are present for a
given situation byconsidering the motion of objects.
2. A spaceship far from all other objects uses its impulse power
system to attain a speed of
104 m/s. The crew then shuts off the power. What will happen to
the motion of the spaceship
from then on? (Select all that apply.)
___ The spaceship will gradually slow down.
___ The speed of the spaceship will not change.___ The spaceship
will travel on a curving path.
___ The spaceship will enter a circular orbit.
___ The spaceship will move in a straight line.
___ The spaceship will stop suddenly.
