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Establish relation between particle vel...

Establish relation between particle velocity and wave velocity.

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MODERN PUBLICATION-WAVES-REVISION EXERCISES
  1. The frequency of sound emitted by two wires is 250 Hz each. To hear 10...

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  2. Discuss some charcteristics of standing waves.

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  3. Establish relation between particle velocity and wave velocity.

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  4. Describe the factors on which the pitch of a tuning fork depends.

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  5. Show that the Doppler effect in sound is asymmetric.

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  6. How do you use the phenomenon of beats for determination of unknown f...

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  7. Deduce the relations for (a) particle velocity (b) particle accelerati...

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  8. Obtain the equation of a plane progressive simple harmonic wave.

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  9. Derive an expression for the speed of transverse waves on a stretched ...

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  10. Discuss the effect of (i) density (ii) pressure (iii) temperature (iv)...

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  11. Discuss the formation of stationary waves in a string using graphical ...

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  12. Discuss the formation of stationary waves in a string fixed at both th...

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  13. Discuss the formation of stationary waves in a closed organ pipe and a...

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  14. Discuss the experimental demonstration of the formation of beats. How ...

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  15. The frequency of a vibrating tuning fork is 256. Calculate the wavelen...

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  16. At one end of a steel bar of 1 kilometre length, a source of sound is ...

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  17. The length of a steel wire is 0.82 m and its mass is 4 xx 10^(-3) kg. ...

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  18. The speed of transverse waves produced in a copper wire is 40 m/s. Cal...

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  19. What will be the speed of sound in water if volumetric strain of water...

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  20. At normal temperature and pressur, 4g of He occupies a volume of 22.4 ...

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