Explore the principles of linear momentum with our Chapter 7 quiz. Covering topics like SI units of momentum, conservation laws, and effects of external forces on motion, this quiz enhances understanding of momentum dynamics, crucial for students in advanced physics courses.
35°
55°
75°
90°
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12,000 N to the righ
300,000 N to the right
60,000 N to the right
None of the above
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+7.00 m
+10.5 m
+14.0 m
+15.0 m
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Increase their total weight.
Allow both hands to hold onto something.
Lower their center of mass.
Move faster along the rope.
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57 kg*m/s
3.5 * 10^4 kg*m/s
7.0 * 10^4 kg*m/s
7.0 * 10^5 kg*m/s
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1.5 kg*m/s.
1.8 kg*m/s.
2.4 kg*m/s.
4.8 kg*m/s.
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94.0 N
188 N
219 N
438 N
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It increases.
It remains the same.
It decreases.
Cannot be determined from the information given.
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The truck experiences the greater average force.
The small car experiences the greater average force.
The small car and the truck experience the same average force.
It is impossible to tell since the masses and velocities are not given.
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It increases.
It remains the same.
It decreases.
Cannot be determined from the information given.
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The linebacker will drive the halfback backward.
The halfback will drive the linebacker backward.
Neither player will drive the other backward.
This is a simple example of an elastic collision.
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Zero
1.0 m/s
2.5 m/s
5.0 m/s
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2.8 m/s
4.7 m/s
7.4 m/s
10 m/s
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12 N*s
15 N*s
19 N*s
27 N*s
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(p^2)/(2m)
(1/2)mp^2
Mp
Mp/2
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3.0 m/s
9.0 m/s
27 m/s
110 m/s
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15 m/s
20 m/s
25 m/s
30 m/s
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Zero
+3.0 m/s
-2.0 m/s
+5.0 m/s
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5.0 m/s
10 m/s
15 m/s
20 m/s
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0.14 m/s
0.28 m/s
0.70 m/s
4.4 * 10^3 m/s
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(-3.0 m, 0)
(-2.0 m, 0)
(2.0 m, 0)
(3.0 m, 0)
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1.7 * 10^(-3) kg*m/s
6.0 * 10^2 kg*m/s
2.4 * 10^3 kg*m/s
2.4 * 10^4 kg*m/s
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Zero
6000 kg*m/s to the right
2000 kg*m/s to the right
10,000 kg*m/s to the right
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15 m
18 m
21 m
24 m
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1.50 m/s
2.97 m/s
3.00 m/s
273 m/s
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Zero
2.2 m/s
5.0 m/s
23 m/s
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It's impossible to tell since the time intervals and forces are unknown.
Both balls were subjected to the same magnitude impulse.
The blue ball
The red ball
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4.4 * 10^4 kg*m/s at 31° N of E
4.4 * 10^4 kg*m/s at 59° N of E
6.0 * 10^4 kg*m/s at 31° N of E
6.0 * 10^4 kg*m/s at 59° N of E
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0.40 m/s
1.5 m/s
3.5 m/s
5.0 m/s
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10 m/s
2.5 m/s
2.0 m/s
0, since the collision is inelastic
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0.46 m/s
0.60 m/s
1.2 m/s
1.8 m/s
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(0.50, 1.5)
(1.5, 0.50)
(2.5, 1.5)
(2.5, 0.50)
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6.20 N
12.0 N
15.8 N
19.6 N
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Energy of the cannonball and cannon is conserved.
Momentum of the cannonball and cannon is conserved.
Energy of the cannon is greater than the energy of the cannonball.
Momentum of the cannon is greater than the energy of the cannonball.
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Neither; both experienced the same magnitude impulse.
The Ping-Pong ball
The bowling ball
It's impossible to tell since the velocities after the collision are unknown.
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Is definitely conserved.
Is definitely not conserved.
Is conserved only if the collision is elastic.
Is conserved only if the environment is frictionless.
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The total momentum both before and after the collision is 24 kg*m/s.
The total momentum before the collision is 24 kgoem/s, and after the collision is 0 kg*m/s.
The total momentum both before and after the collision is zero.
None of the above is true.
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1/2
1/3
1/4
2/3
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The same.
1.41 times as much.
Doubled.
4 times as much.
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Elastic.
Inelastic.
Completely inelastic.
Any of the above, depending on the mass of the balls.
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N*m
N/s
N*s
N/m
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Kinetic energy is also conserved.
Kinetic energy is gained.
Kinetic energy is lost.
None of the above
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Impulse.
Momentum.
Work.
Kinetic energy.
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0.24 m/s
0.30 m/s
0.48 m/s
0.60 m/s
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0.67 N
1.3 N
3.0 N
6.0 N
For a uniform symmetric object, the center of mass is at the center of symmetry.
For an object on the surface of the Earth, the center of gravity and the center of mass are the same point.
The center of mass of an object must lie within the object.
The center of gravity of an object may be thought of as the "balance point."
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9.0 kg*m/s
5.0 kg*m/s
4.0 kg*m/s
1.0 kg*m/s
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-0.16 m/s
+0.16 m/s
-0.040 m/s
+0.040 m/s
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