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Why does the amplitude of a vibrating bo...

Why does the amplitude of a vibrating body continuously decrease during damped vibrations ?

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When there is a damping force acting on vibrating body, then amplitude of vibration decreases because of friction force between body and air.
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ICSE-SAMPLE QUESTION PAPER 5 -SECTION B
  1. Why does the amplitude of a vibrating body continuously decrease durin...

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  2. When does the nucleus of an atom tend to be radioactive? Which of th...

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  3. Name the factor that determines : Loudness of the sound heard.

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  4. Name the factor that determines : Quality of the note.

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  5. Name the factor that determines : Pitch of the note.

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  6. A pulley system comprises of two pulleys, one fixed and the other mova...

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  7. A pulley system comprises of two pulleys, one fixed and the other mova...

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  8. The diagram in Fig. shows the displacement time graph of a vibrating b...

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  9. The diagram in Fig. shows the displacement time graph of a vibrating b...

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  10. The diagram in Fig. shows the displacement time graph of a vibrating b...

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  11. The diagram in Fig. shows the displacement time graph of a vibrating b...

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  12. Two sets A and B, of three bulbs each, are glowing in two separate roo...

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  13. Why do we prefer arrangements of set B for house circuit?

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  14. A lens forms an upright and diminished image of an object when the obj...

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  15. A lens forms an upright and diminished image of an object when the obj...

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  16. What is the function of a fuse?

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  17. Name the principle on which fuse works.

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  18. To Which wire does the fuse is connected?

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  19. A type of electromagnetic wave has wavelength 50 Å. Name the wave.

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  20. A type of electromagnetic wave has wavelength 50 Å. What is the spee...

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  21. A type of electromagnetic wave has wavelength 50 Å. State one use of...

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