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DOPPLER  EFFECT
The apparent change in the frequency due to  the relative motion between the source and the observer  is known as   Dopple...
 
 
 
 
 
FURTHER  EXPLANATIONS
 
SHOCK WAVES
 
APPLICATIONS OF DOPPLER EFFECT
1.To find out velocity of moving object. 2.Discovery of Saturn’s rings as swarm of particles and not solid discs. 3.Discov...
NUMERICAL
A Source which emits sound waves of frequency 1600 Hz and an observer approach one another with a relative velocity of 80 ...
SOLUTION
C=330m/s A=80m/s ν =1600Hz Observed frequency  =c* ν /(c-a) =330*1600/(330-80) =2112Hz Increase in frequency=(2112-1600)Hz...
THANK YOU!
LORD JESUS bless you!
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DOPPLER EFFECT

DOPPLER EFFECT

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DOPPLER EFFECT

  1. 1. DOPPLER EFFECT
  2. 2. The apparent change in the frequency due to the relative motion between the source and the observer is known as Doppler effect.
  3. 8. FURTHER EXPLANATIONS
  4. 10. SHOCK WAVES
  5. 12. APPLICATIONS OF DOPPLER EFFECT
  6. 13. 1.To find out velocity of moving object. 2.Discovery of Saturn’s rings as swarm of particles and not solid discs. 3.Discovery of spin of the sun. 4.Discovery of binary stars. 5.To find out whether a star is moving towards the earth or moving away from the earth. 6.Discovery of receding of galaxies from each other.
  7. 14. NUMERICAL
  8. 15. A Source which emits sound waves of frequency 1600 Hz and an observer approach one another with a relative velocity of 80 m/s. Calculate the increase or decrease in the frequency.
  9. 16. SOLUTION
  10. 17. C=330m/s A=80m/s ν =1600Hz Observed frequency =c* ν /(c-a) =330*1600/(330-80) =2112Hz Increase in frequency=(2112-1600)Hz =512Hz
  11. 18. THANK YOU!
  12. 19. LORD JESUS bless you!

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DOPPLER EFFECT

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