Explore the fundamentals of vibrations and waves in this engaging quiz from Chapter 11. Test your understanding of key concepts like frequency, amplitude, and simple harmonic motion (SHM), and master the principles that govern vibrational and wave phenomena in physics.
4.0 m/s
9.0 m/s
15 m/s
36 m/s
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178 Hz
1.78 kHz
560 Hz
5.6 kHz
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The wave velocity depends on M, L, T.
The wavelength of the wave is proportional to the frequency.
The particle velocity is equal to the wave velocity.
The wavelength is proportional to T.
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Amplitude.
Wavelength.
Frequency.
Period.
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Speed.
Frequency.
Wavelength.
Amplitude.
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Speed.
Amplitude.
Intensity.
Power.
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Earth
The Moon
Same on both Earth and the Moon
Cannot be determined from the information given
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Mass A has the greater maximum speed.
Mass B has the greater maximum speed.
They are equal.
There is not enough information to determine.
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Amplitude.
Wavelength.
Frequency.
Period.
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130 m/s
260 m/s
520 m/s
1040 m/s
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4.0 m/s
9.0 m/s
15 m/s
36 m/s
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Speed.
Frequency.
Wavelength.
Amplitude.
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Both are right side up.
The reflected pulse returns right side up while the transmitted pulse is inverted.
The reflected pulse returns inverted while the transmitted pulse is right side up.
Both are inverted.
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It increases.
It remains the same.
It decreases.
It cannot be determined from the information given.
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Is a maximum.
Is less than maximum, but not zero.
Is zero.
Cannot be determined from the information given
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0.05 m
0.10 m
0.15 m
0.20 m
250 Hz
750 Hz
1500 Hz
1750 Hz
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9.0 s
18 s
1/9 s
1/18 s
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0.030 m
0.083 m
0.30 m
0.83 m
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600 Hz
360 Hz
240 Hz
120 Hz
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1.2 s
2.4 s
4.8 s
23 s
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Constructive interference occurs.
Destructive interference occurs.
A standing wave is produced.
A traveling wave is produced.
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0.300 N/m
30.0 N/m
2.94 N/m
294 N/m
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10.78 s
7.891 s
4.897 s
0.09278 s
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48 Hz
36 Hz
16 Hz
12 Hz
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0.020 s
0.50 s
2.0 s
50 s
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2.9 Ë› 10^4 m/s
1.7 Ë› 10^2 m/s
13 m/s
5.8 Ë› 10^(-3) m/s
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Pendulum B is twice as long as A.
Pendulum B is twice as massive as A.
The length of B is four times the length of A.
The mass of B is four times the mass of A.
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1.5 Hz, 0.67 s
0.67 Hz, 1.5 s
0.24 Hz, 4.2 s
4.2 Hz, 0.24 s
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0.67 μs
0.67 ms
0.67 s
6.7 s
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0.5T
0.71T
1.4T
2T
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0.02 m/s
0.04 m/s
0.08 m/s
0.16 m/s
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2.0 m
1.0 m
0.70 m
0.50 m
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At either A or B
Midway between A and B
One-fourth of the way between A and B
None of the above
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Increases by a factor of 3.
Does not change.
Decreases to one-third of its original value.
Decreases to 1/√3 of its original value.
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16.7 Hz
167 Hz
1.67 kHz
16.7 kHz
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0.26 m
0.96 m
1.1 m
1.2 m
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At either A or B
Midway between A and B
One-fourth of the way between A and B
None of the above
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At either A or B
Midway between A and B
One-fourth of the way between A and B
None of the above
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0.25 Hz
0.50 Hz
1.0 Hz
2.0 Hz
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3.
2.
1.7.
1.4.
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Y = (0.01 m) cos (22.1 t)
Y = (0.01 m) sin (22.1 t)
Y = (0.03 m) cos (22.1 t)
Y = (0.03 m) sin (22.1 t)
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Is maximum.
Is less than maximum, but not zero.
Is zero.
Cannot be determined from the information given.
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2.
4.
1.4.
1.7.
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2.50 J
1.25 J
0.625 J
It is impossible to give an answer since kinetic energy cannot be determined without knowing the object's mass.
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0.48 Hz
0.95 Hz
1.5 Hz
None of the above
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132 Hz, 264 Hz, 396 Hz
66 Hz, 132 Hz, 198 Hz
264 Hz, 528 Hz, 792 Hz
None of the above
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1.0 Hz
2.0 Hz
1.4 Hz
None of the above
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