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Maximum displacement of vibrating object is called .

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Important Questions on Sound

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If the frequency of wave is tripled, then its wave length:
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The wave having compression and rarefaction is known as
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Draw a graph between displacement from mean position and time for a body executing free vibration in a vacuum.
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Waves inside a gas are
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The linear distance between a consecutive compression and rarefaction in longitudinal wave is

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Complete the table using given statements associated with waves. 

  1. Particles vibrate in a direction parallel to the direction of propagation of waves. 
  2. Formed on the surface of solids and liquids.
  3. Crests and troughs are formed.
  4. Compression and rarefactions are formed.
Longitudinal waves Transverse waves
   

 

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The electron in the hydrogen atom is moving with a speed of 2.3×106 m s-1 in an orbit of 0.53 A0. Calculate the period of revolution of electron. π=3.142
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Give four differences between longitudinal waves and transverse waves. Represent them graphically as well.
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A transverse wave consists of:

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Draw a transverse wave and mark the positions of trough and crest. Also derive the relation between the velocity, frequency and wavelength of the wave.
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Explain the formation of a longitudinal wave in a slinky.
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In __________________ waves, the individual particles of the medium move in a direction parallel to the direction of propagation of the disturbance.
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A part of longitudinal wave in which particle of medium are father away then the normal particles is called:
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Why is a sound wave called a longitudinal wave?
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In the compression region of the medium case of longitudinal wave:
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In case of transverse wave:
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The longitudinal wave can propagate only in:
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In case of transverse wave the particles of a medium vibrate:
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The sound wave which travel in the air are called.
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In the region of compression or rarefaction, in a longitudinal wave the physical quantity which does not change is: