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If the frequency of a wave is 330 Hz, an...

If the frequency of a wave is 330 Hz, and velocity of wave in air is 330 m `s^(-1)`, then, the wavelength of the wave is

A

0.5 m

B

1 m

C

2 m

D

not certain

Text Solution

Verified by Experts

The correct Answer is:
B
1 m
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CENGAGE PHYSICS-SOUND-MANDATORY EXERCISE(EXERCISE SET II)
  1. The frequency of a source of sound is 15 Hz. How many times does it vi...

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  2. State one factor that determines pitch of a note

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  3. State one factor that determines the intensity of the sound heard

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  4. State one factor that determines the quality of the note

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  5. (i) What vibrates to produce sound in (a) a violin (b) an organ pipe...

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  6. Why does the intensity or loudness of the sound emitted by a plucked w...

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  7. If the frequency of a wave is 330 Hz, and velocity of wave in air is 3...

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  8. The wave velocity v, in a medium of elasticity E and density d, is giv...

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  9. A source is producing 15 waves in 3 s. The distance between a crest an...

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  10. A source is producing 15 waves in 3 s. The distance between a crest an...

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  11. A source is producing 15 waves in 3 s. The distance between a crest an...

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  12. A body is vibrating 6000 times in 1 min. If the velocity of sound in a...

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  13. A body is vibrating 6000 times in 1 min. If the velocity of sound in a...

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  14. If the velocity of sound in a medium is 1400 m s^(-1), and its wavelen...

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  15. A sound wave of wavelength 68 cm travels 850 min 2.5 s. Calculate the ...

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  16. A sound wave of wavelength 68 cm travels 850 min 2.5 s. Calculate the ...

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  17. When a violin was played the sound level was measured to be 50 dB. Cal...

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