a. No amplitude. b. No frequency. c. No wavelength. d. No speed. e. ...a longitudinal wave has every one of these.

4. The duration of a wave is defined to be

a. The moment for one complete oscillation b. The variety of oscillations per second c. The speed of propagation of the wave d. The street traveled in one cycle

5. i m sorry of the adhering to is no a transverse wave?

a.

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sound b. Light c. Radio d. All of these e. Nobody of these

Reasoning: Sound is a longitudinal wave.

6. How numerous vibrations per 2nd are linked with a 101-MHz radio wave?

a. Much less than 101,000,000 b. 101,000,000 c. An ext than 101,000,000

Reasoning: MHz way million cycles every second. Hence 101 MHz is 101 million cycles every second.

7. Radio waves take trip at the speed of light, 300,000 km/s. The wavelength that a radio wave received at 100 MHz is

a. 0.3 m. b. 3.0 m. c. 30 m. d. 300 m. e. None of these.

Reasoning: Use the relationship: wavelength = speed/frequency = 300,000,000 m/s / 100,000,000 = 3 m.

8. If the frequency that a details wave is 10 Hz, its duration is

a. 0.1 seconds. b. 10 seconds. c. 100 seconds. d. Nobody of these.

9. A 60-vibration-per-second tide travels 30 meters in 1 second. That frequency is

a. 30 hertz and it travel at 60 m/s. b. 60 hertz and also it travels at 30 m/s. c. Neither of these.

10. A load or fixed on the finish of a feather bobs up and down one finish cycle every two seconds. Its frequency is

a. 0.5 hertz. b. 2 hertz. c. Neither of these.

Reasoning: frequency = 1/period = 1/2 = 0.5 Hz

11. to say that one tide is the end of step with another is to say the the tide are

a. Of various amplitudes. b. Of various frequencies. c. Of different wavelengths. d. the end of step. d. Every one of these.

12. Wave interference occurs for

a. Sound waves. b. Irradiate waves. c. Water waves. d. All of these. e. Nobody of these.

13. A standing tide occurs when

a. 2 waves overlap. b. A wave shows upon itself. c. The rate of the wave is zero or near zero. d. The amplitude of a tide exceeds that is wavelength.

Reasoning: See page 370 of the textbook.

14. The Doppler impact is characteristics of

a. Water waves. b. Sound waves. c. Light waves. d. every one of these. e. None of these.

15. A Doppler effect occurs once a source of sound moves

a. Towards you. b. Far from you. c. Both of these. d. No one of these.

16. An observer top top the soil hears a sonic eight which is created by an airplane flying in ~ a speed

a. Just listed below the speed of sound. b. Equal to the rate of sound. c. higher than the speed of sound. d. Every one of these. e. Nobody of these.

17. an aircraft the flies faster than the speed of sound is said to be

a. Subsonic. b. supersonic. c. No of these.

18. The frequency of the second hand top top a clock is

a. 1 hertz. b. 1/60 hertz. c. 60 hertz.

19. The sonic boom at ground level produced by an aircraft will be lessened if the aircraft

a. Is smaller. b. Flies higher. c. Is more streamlined. d. all of these. e. None of these.

20. If in ~ a concert, a wind blows directly from the orchestra toward you, the frequency that the sound girlfriend hear will be

a. Decreased. b. Increased. c. Neither decreased nor increased.

21. If at a concert, a wind blows directly from the orchestra toward you, the speed of the sound friend hear will certainly be

a. Decreased. b. increased. c. Neither diminished nor increased.

22. A wave travels an average distance of 1 meter in 1 second with a frequency that 1 Hz. That amplitude is

a. Less than 1 meter. b. 1 meter. c. Much more than 1 meter. d. not sufficient information come say.

23. Sound travels with the waiting in the form of

a. Transverse waves, b. longitudinal waves,

24. and radio signal travel with the wait in the form of

a. Transverse waves. b. Longitudinal waves.

25. Pitch coincides to

a. frequency, b. Noise, c. Loudness,

26. whereas amplitude coincides to

a. Frequency. b. Noise. c. Loudness.

27. A vibrating tuning fork causes an the same fork adjacent to vibrate. This is referred to as

a. Refraction. b. Resonance. c. Beats. d. Reverberation.

Reasoning: See page 389 that the textbook for more information.

28. For this to happen, both forks must have the same (or multiple)

a. Intensities. b. Amplitudes. c. frequencies. d. Geometries. e. Every one of these.

29. Which wave has the greatest period of oscillation?

*

a. tide I b. Tide II c. Wave III d. Tide IV

30. If the tide of the vault question have actually the same frequency, which is going by through the best speed?

a. tide I b. Wave II c. Wave III d. Wave IV e. All have the exact same speed

31. If these are sound waves, which coincides to the highest pitch?

a. Tide I b. Wave II c. Wave III d. wave IV

32. And which has the greatest wavelength?

a. tide I b. Wave II c. Wave III d. Wave IV e. All have the exact same wavelength

33. compared to a soft sound, the rate of a according to sound is

a. Less, b. Greater, c. the same,

34. and compared to low-frequency sound, higher-frequency sound travel

a. Slower. b. Faster. c. The same.

35. If the take care of of a tuning fork is hosted solidly versus a table, the result sound is

a. louder, b. Softer, c. ... Doesn"t change,

36. and as a an outcome of this, the size of time the fork keeps vibrating

a. Increases. b. decreases. c. ... Doesn"t change.

37. When a source of sound approaches, measurements will show rise in the sound"s

a. Speed, b. frequency, c. Wavelength, d. Every one of these, e. None of these,

38. and when a source of sound recedes, measurements will show rise in the sound"s

a. Speed. b. Frequency. c. Wavelength. d. All of these. e. No one of these.

Reasoning: When receding, the frequency will be lower. This synchronizes to a much longer wavelength.

39. which of the adhering to aircraft will certainly generate a shock wave? An aircraft traveling in ~

a. Half the rate of sound. b. Precisely the speed of sound. c. Twice the rate of sound. d. ... All of these.

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40. The soot of the sonic boom counts on the

a. Speed of the aircraft. b. Size of the aircraft. c. Distance from the aircraft. d. all of the above. e. Nobody of the above.