EWT | Academic Question

Questions
Question (41)
QN006002
Which property distinguishes a flute from a tabla even when both play the same note?
  • (A) Frequency
  • (B) Wavelength
  • (C) Timbre
  • (D) Intensity

Correct Answer: C
Explanation:

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Question (42)
QN006003
Timbre depends mainly on
  • (A) colour of instrument
  • (B) shape and construction of instrument
  • (C) room temperature only
  • (D) atmospheric pressure only

Correct Answer: B
Explanation:

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Question (43)
QN006004
A pure sound of single frequency is called
  • (A) noise
  • (B) tone
  • (C) timbre
  • (D) echo

Correct Answer: B
Explanation:

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Question (44)
QN006005
A musical note generally contains
  • (A) only one frequency
  • (B) no vibrations
  • (C) fundamental and overtones
  • (D) only ultrasonic waves

Correct Answer: C
Explanation:

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Question (45)
QN006006
An octave is the interval between two notes whose frequencies are in the ratio
  • (A) 1 : 1
  • (B) 1 : 2
  • (C) 2 : 3
  • (D) 3 : 4

Correct Answer: B
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Question (46)
QN006007
Two notes have frequencies 250 Hz and 500 Hz. These notes are separated by
  • (A) one tone
  • (B) one octave
  • (C) two octaves
  • (D) resonance

Correct Answer: B
Explanation:

Frequency ratio = 1 : 2, hence one octave.

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Question (47)
QN006008
Sir C. V. Raman studied the acoustics of Indian instruments such as
  • (A) piano and violin
  • (B) trumpet and saxophone
  • (C) tabla and mridangam
  • (D) flute and clarinet

Correct Answer: C
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Question (48)
QN006009
The black patch at the centre of tabla membrane is called
  • (A) octave
  • (B) syaahi
  • (C) timbre
  • (D) overtone

Correct Answer: B
Explanation:

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Question (49)
QN006010
The syaahi on tabla helps to
  • (A) reduce vibrations completely
  • (B) produce richer and controlled sound
  • (C) stop overtones
  • (D) absorb all sound energy

Correct Answer: B
Explanation:

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Question (50)
QN006011
A sound wave with wavelength 1.7 m travels at 340 m/s. Its frequency is
  • (A) 100 Hz
  • (B) 150 Hz
  • (C) 200 Hz
  • (D) 340 Hz

Correct Answer: C
Explanation:

f = v/λ = 340/1.7 = 200 Hz

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